ultraviolet light

2020-11-16 10:41:30
DaLong Machine
27

On this page, you can find quality content focused on ultraviolet light. You can also get the latest products and articles that are related to ultraviolet light for free. If you have any questions or want to get more information on ultraviolet light, please feel free to contact us.

ultraviolet light goes through several adjustments as Guangzhou Dragon Machinery Technology Co.Ltd invests great efforts in technological innovation. These efforts include product innovation and process innovation. The product is further upgraded by a team of senior expert adopting pioneering technology. The manufacturing process is properly upgraded with new production facilities imported from leading suppliers. The product is bound to have a stable performance.There are more and more similar products in the global market. Despite more options available, Dragon Machinery still remains the first option for most customers. Over these years, our products have evolved so much that they have allowed our customers to generate more sales and to penetrate the targeted market more efficiently. Our products are now winning increasingly popularity in the global market.At Dragon Machinery, customers can get ultraviolet light and other products together with more considerate services. We have upgraded our distribution system, which enables a faster and safer delivery. Besides, to better cater to customer's actual need, the MOQ of the customized products is negotiable.
المزيد من المنتجات
مقالات مقترحة
معلومات. المعرفة أخبار
Knowledge related to NGC 1560
NGC 1560, also known as IC 2062, is an 11th-magnitude spiral galaxy, in the IC 342/Maffei Group. It was discovered by Wilhelm Tempel on August 1, 1883. The galaxy has a negative radial velocity of -35 km/second. NGC1560 is close enough to the earth that its distance must be derived directly (not using redshift). Karachentsev et al. (2003) report a distance of 3.45 Mpc (11.2 million light years), while Madore (1993) give 2.5 Mpc (8.1 Mly) using the brightest stars method. Currently, the most accurate estimage is approximately 8 to 12 million light years. At this distance, it is relatively close to Earth, but not part of the Local Group. This galaxy is approximately 35 thousand light years wide, determined by its apparent size of 11.6 by 1.9 arcmin • Other Related Knowledge of ultraviolet light Seasons 3 and 4 of ultraviolet light The third season, which aired in 2004, featured Preston Mercer choosing from among a set of sixteen female suitors. Because the show was cast and filmed after the first version of the series aired, a new twist was incorporated: each woman was initially presented a seemingly blank check that she would have the option of ultimately choosing over Preston. Ultraviolet light would reveal the check's value, which would be one of the following: $1 $50,000 $100,000 $250,000 $500,000 $1,000,000Eventually, Preston was informed that the show was in fact For Love or Money and further, he was shown the value of each woman's check while the women themselves initially remained ignorant of their values. In addition, if the woman Preston chose then chose him in return, Preston would subsequently have the option of choosing a million-dollar prize over her. The women did not know that Preston had received any of this information. Some of the female contestants eventually learned the values of their check through competitions within the game. The final four women choose from among four new checks with mystery values; two were worth $1 and two were worth $1 million. In the end, Preston chose PJ Spillman over Rachel Veltri, who was considered the season's major antagonist. PJ chose Preston, who revealed that he, too, had to choose between love or money, and he chose PJ. Rachel tore up her million-dollar check while PJ did not learn within the show that her check had been worth only one dollar. In the fourth season, which aired immediately after the third, Rachel returned to the house to again compete for the million dollars that she would have won. She was told that she would choose a suitor from among 15 men, and then would have the option of choosing a million-dollar prize over that suitor if he first chose her over a cash prize. Unbeknownst to her, the same offer was made to Andrea Langi, who also lost a million-dollar check while wooing Preston, and who was in turn unaware of Rachel's presence in the new competition. The two women only learned that they were still competing against each other right before meeting the male contestants. Each of the fifteen men was presented with checks in the same manner as the women had been in season 3. However, the new twist was that the men were immediately shown the values of their checks while Rachel and Andrea didn't know the values or that the men did know them. The fifteen men were then introduced to both women and had the opportunity to socialize with them for an evening. The men were then instructed to choose one of the two women to continue courting. Eight of the men courted Rachel her while only seven courted Andrea. In a twist, Andrea was consequently eliminated from the show, as were all of the men who had chosen her. Rachel became the sole bachelorette and was left to choose from among the eight men. Similarly to season 3, the final four men choose from among four mystery checks; again, two were worth one dollar and two were worth a million dollars. In the end, Rachel chose Caleb Janus over Mike Deatly. Caleb chose Rachel over his check and Rachel chose Caleb in return. Mike had to destroy his one-dollar check, while Caleb could forget about his one-dollar check and focus on Rachel, both holders of the million-dollar checks having already been eliminated. It was reported that Caleb and Rachel split up a month after the end of the show's production. ------ Documentation of ultraviolet light The main evidence for Weston's expedition is found in a letter from Henry VII to his Lord Chancellor, John Morton, which was discovered in the late 20th century and first published in 2009. The King's letter provides for a suspension of legal action against Weston because it was the King's intent that Weston would "shortly with goddes grace passe and saille for to serche and fynde if he can the new founde land". Historian Evan Jones and his fellow researcher, Margaret Condon, suggest that William Weston was probably operating under the Letters patent granted to the Venetian explorer John Cabot (Giovanni Caboto in Italian), which could be assigned to third parties. In March 1496 Cabot had been awarded the monopoly right in England to undertake voyages across the Atlantic, in search of new lands or trade routes to China. One of the stipulations of the patent was that Cabot should sail only from Bristol. He reached North America in 1497 and is believed to have landed at Newfoundland or Cape Breton Island before his return. He was the first European to do so since the Vikings had gone to Vinland 500 years before. That Weston was a deputy or assign of Cabot, seems likely given the King's personal support for the Bristol explorer. That Cabot and Weston were working together is further supported Henry VII's having made a 40-shilling reward to Weston in January 1498. Historians take this to mean that Weston was on Cabot's 1497 voyage. At the time of the reward, Cabot was in London sorting out business related to a pension he had been granted by the King and making preparations for a new voyage. Details of the reward were first reported in the Canadian press in August 2009. Following the expedition the King paid Weston a 30 reward, as a way of recompensing him for expenses incurred in his voyage to the New World. The reward was paid in 1500, based on examining a 500-year-old scroll which is a 13 feet (4.0 m) long made from the skins of more than 200 sheep, by using an ultraviolet light. The translation of the transaction of the reward, written by the auditor of the account, presumably following consultation with the King, reads: Namely 30 above the fee of the customers and let them have for the said 30 a tally for William Weston, merchant of Bristol, for his expenses about the finding of the new land. This document has been published as a result of a research programme dubbed The Cabot Project at the University of Bristol, to find more information about the Bristol discovery voyages of this period. This project, with participation of several international scholars, has also been working with researchers in Newfoundland on archeological excavations in Carbonear, identified as a potential site for a 15th-century church that may have been started by an Augustine friar, Giovanni Antonio de Carbonariis, accompanying Cabot's 1498 expedition. He is believed to have stayed in Newfoundland to start the mission. ------ Critical reception of ultraviolet light The album received mixed reviews from music critics before its release. Brian Mansfield, rating the album two and a half stars out of four at USA Today, opines, "Young's light-hearted approach doesn't always work, though, even when his heart's in the right place". Awarding the album four stars from CCM Magazine, Andy Argyrakis states, "he has never been shy about his faith, which continues alongside the mounds of sugary surges that permeate.Mobile Orchestra". Sarah Brehm, giving the album three stars at HM Magazine, writes, "Mobile Orchestra is a solid electronica album". Rating the album four stars for Jesus Freak Hideout, Scott Fryberger describes, "another solid pop album.Mobile Orchestra is a big, fat, shiny diamond". Jessica Morris, indicating in a four and a half star review by PPCORN, says, "Mobile Orchestra is unpredictable, electric, vibrant and full of meaning.absolutely fantastic". Signaling in a four and a half star review from New Release Today, states, "Mobile Orchestra is easily the best alternative music album of the year.this album is chock-full of optimistic messages about love, faith and life wrapped around some incredibly hooky beats and dance floor tempos". Justin Sarachik of BREATHEcast commended the album commenting, "Overall Owl City's Mobile Orchestra is an intense musical symphony from all fronts that not only tickles the ears, but pulls on the heartstrings with hope, positivity, and encouragement. Adam Young unabashedly expresses his faith and beliefs on these songs, and does so to a mainstream audience without so much of a hint of holding back. Mobile Orchestra is a great release for Owl City, and a sure fire hit with some staying people." Reviewing for The National newspaper, Saeed Saeed also praised the album overall, rating it three stars and cited "Verge", "Back Home" and "My Everything" as the highlights of the album but was less positive to "Unbelievable" and "Bird With a Broken Wing". Ken Capobianco of The Boston Globe commented on the album positively saying, "Six years after the commercial breakthrough "Fireflies," Owl City's Adam Young has virtually mastered his poppy electronica-lite formula, and aims straight for the mainstream with this earnest, eager-to-please new work. These carefully manicured, melodic songs are much too transparent and lightweight, though, to leave much of an impression." Despite its positive reviews, the album is not without its detractors. Opining for New York Daily News, Jim Farber gave the album 2 stars out of five saying, "Everything on the new album by Owl City sounds as if it was recorded by children, or trolls. In fact, it was largely created by an adult male: Adam Young, who uses Owl City as his stage name. From his first international smash, Fireflies" in 2009, Young has specialized in candy-coated electronics, kiddie melodies and lyrics that could make a motivational speaker seem suicidally depressed." Rating the album also two out of five stars, Tshepo Mokoena of The Guardian also criticized the album saying, "Mobile Orchestra attempts to package and sell the intimacy of relationships. Unfortunately, the results are so poorly executed they feel almost insulting, employing cliches and metaphors rather than digging into the terrifying vulnerability and pulsating rush that accompanies romantic love." She added that the album is "unoriginal and twee" but "destined for commercial success." Randall Colburn, signaling with a C grade from The A.V. Club, believes, "It's both reassuring and mildly disappointing, then, that Mobile Orchestra finds Young branching out both sonically and lyrically.Nothing on Mobile Orchestra indicates he's found his new muse, but it reveals a well of passion for that discovery." Randy W. Cross, rating the album three and a half stars at Worship Leader, writes, "Mobile Orchestra is replete with the beats that brought throngs of fans to the Owl City sound." In response to negative feedback, Young said in an interview with Billboard that, "There's definitely a trick. With anything that you do, for anybody, there's always going to be somebody who loves it, somebody who hates it, somebody in the middle. I feel like I read a stat once that was like, "If you put something out, there's 5% of everyone who loves it, 5% who hates it, and 90% of people who just kind of check it out and move on." So, it's definitely a trick to not dwell on the good or the bad. In terms of reading reviews online and things like that, I feel like I've nailed down a super healthy approach at that stuff. So, I will definitely check it out a little bit, but the moment it feels like I'm dwelling on it too much or thinking about it too much, I step back and remember at the end of the day, I've just got to do the best job that I know how to do and just be sincere and be honest, try to do the right thing. At the end of the day, people will talk and that's totally cool and I'll just keep fighting the good fight."
Knowledge related to NGC 1560
NGC 1560, also known as IC 2062, is an 11th-magnitude spiral galaxy, in the IC 342/Maffei Group. It was discovered by Wilhelm Tempel on August 1, 1883. The galaxy has a negative radial velocity of -35 km/second. NGC1560 is close enough to the earth that its distance must be derived directly (not using redshift). Karachentsev et al. (2003) report a distance of 3.45 Mpc (11.2 million light years), while Madore (1993) give 2.5 Mpc (8.1 Mly) using the brightest stars method. Currently, the most accurate estimage is approximately 8 to 12 million light years. At this distance, it is relatively close to Earth, but not part of the Local Group. This galaxy is approximately 35 thousand light years wide, determined by its apparent size of 11.6 by 1.9 arcmin • Other Related Knowledge of ultraviolet light Life and background of ultraviolet light William Weston is believed to have been born in Bristol, where he became a fairly minor merchant, trading mostly with Lisbon. He undertook one of the earliest English trading voyages to Madeira, a Portuguese archipelago in the Atlantic. This took place in 1480 and was likely intended as a way of gaining direct access to the sugar plantations of what was developing as an important Portuguese colony. In this period he also seems to have served as a purser or factor on the Trinity of Bristol, which was used for an expedition looking for the 'Isle of Brasil' in the Atlantic. In February 1488 Weston was acting as the 'attorney' to the prominent Bristol merchant, John Foster. At this time Weston managed Foster's ship, the Anthony of Bristol, a vessel of about 380 tons burden. The greatest vessel in the Bristol fleet, the Anthony sank at Kingroad (Avonmouth) at the very end of a voyage to Lisbon, with Weston on board. Bristol's merchants blamed the maritime disaster on the negligence of the master. While it is unclear whether Weston was blamed, he subsequently became embroiled in a legal dispute relating to the wreck. By 1492 Weston married Agnes Foster, daughter of merchant John Foster. Her father was known in Bristol as the founder of Foster's Almshouses. Weston and his wife lived at what is now 41 Corn Street. It appears that Foster did not approve of his daughter's marriage to Weston, as Foster's 1492 will left nothing to his son-in-law and comparatively little to his daughter. The will included clauses that ensured that, if Agnes died before William, her inherited property would go to the almshouse rather than her husband. By the late 1490s the Westons were in trouble for failing to pay the 'quit rent' on the Corn Street property, which Foster had ordered should be paid to help fund the almshouse. The executor of Foster's estate had prosecuted Weston successfully, which was to result in William and Agnes' eviction. It was to avoid this fate that William Weston appealed to the King, asking for a suspension of the legal proceedings until after he had undertaken his expedition to the new found land. ------ Career and research of ultraviolet light Germann was on the faculties of the University of Geneva (19121914). Indiana University, Bloomington (1914), Cornell University, Ithaca, New York (19141918), Colorado School of Mines, Golden (19181919), and the University of Colorado, Boulder (19191956). He was also on the research staff of the National Bureau of StandardsBoulder (19561966). At the University of Geneva, he was assistant en chimie thorique et technique. His research there resulted in many publications. While writing his Sc.D. thesis, he was Instructor of French for one semester in the Department of Romance Languages at Indiana University. At Cornell, Frank's initial appointment was as Assistant in Physics; promotion to Instructor in Physics awaited the doctorate. In his first physical chemistry research, he found evidence for the iscositetrahydrate of uranium nitrate. At Colorado School of Mines, he was Associate Professor, a joint appointment in the Departments of Physics and Electrical Engineering. Germann was appointed Associate Professor of Chemistry at the University of Colorado for the 19191920 academic year, promoted to Professor of Chemistry within a year. Germann joined Professor John Bernard Ekeley (18691951) and Assistant Professor Paul Marshall Dean (born 1885). These three men were to lead the Department of Chemistry for many years. Ekeley retired in 1937. Dean retired in 1953. Germann retired in 1956. Germann's ideas (about capturing carbon dioxide from underground sources, converting the gas to a solid for economical transport, and then using the gas agriculturally to increase plant growth) received national attention. Of Germann's many students, 23 earned graduate degrees in chemistry or chemical engineering from the University of Colorado. Four studentsRalph Newton Traxler, Malcolm Cleveland Hylan, Dzu-Kun Shen, and Thomas Howard James investigated the chemistry and physics of photography. Two studentsDerk Vivian Tieszen and Oscar Brauer Muench investigated alkali metal platinocyanides. Before spectrophotofluorometers were commercially available, James William Hensley, Ray Alan Woodriff, Elmer Russell Alexander, and Robert George Rekers were investigating fluorescence, phosphorescence, and luminescence. Paul Frey, a graduate student of Germann, received the National Council Citation Award from Albright College in 1980 for his excellence as a teacher and as a writer of a long list of books in the field of chemistry. That list included An Outline of Mathematics and Problems for Students of General Chemistry, a popular addition to the Barnes and Noble College Outline series, that went through eight editions between 1938 and 1985. His most influential textbook was College Chemistry (Englewood Cliffs, New Jersey: Prentice-Hall, 1952, 1958, 1965). A popular trimmed version was Essentials of College Chemistry (Prentice-Hall, 1960). Charles Franklin Metz, another Germann graduate student (M.S. 1928, Ph.D. 1936), was one of the twelve scientists who conducted the world's first firing of a nuclear weapon, the Trinity test on New Mexico's Alamogordo Bombing and Gunnery Range on Monday, July 16, 1945. On Monday, August 6, 1945, a nuclear bomb was detonated over Hiroshima, Japan. Later that week, on Thursday, August 9, 1945, a nuclear bomb was detonated over Nagasaki, Japan. Japan surrendered on Tuesday, August 14, 1945. ------ History of ultraviolet light To its own account, the origins of the producer come from the persona having a trip from psilocybin usage to which the entity spontaneously formed. Many of Time Travelling Toaster's self-acclaimed attributes are based on fictional comic book superpowers such as telepathy, telekinesis, energy and sound manipulation; to which the producer claims is a process to its sound design. The producer is usually depicted with a piece(s) of toasted bread, or a toaster with toasted bread showing. Like fellow producer and musical artist Madlib's Quasimoto and Flying Lotus's Captain Murphy alter egos, the music is very story centric to the respective persona's world and experiences. Toaster has an ongoing beat tape series called "SPACE TOAST" based on the Space Ghost Coast to Coast cartoon series. "Spacebump #2", from the series's second release SPACE TOAST VOL. 2, was featured on writer and actor Kevin Allison's weekly podcast radio show RISK!. During 2011, Toaster was first publicly introduced on popular European marijuana activist podcast Dopefiend.co.uk with bump music, starting the producer's fanbase. In 2013, TIme Travelling Toaster released Color Spacesound Turbulence, a debut EP which showcases explorative electronic themes with few hip hop involvement. The experimental effort, though lacking thicker sonics, are more explored in later releases. Sinus Roris (Latin for "Bay of Dew"), Toaster's debut album, was released digitally on March, 2014. Sinus Roris, based on an impact location on the moon, is a more raw and darker attempt exploring themes of the moon landing, selenography, and moon myths. The album was a departure from the previous light tones presented in Color Spacesound Turbulence, focusing more on grittier hip hop movements, electronic-jazz fusion, and break beat. Corry Banks, co-founder and lead editor of hip-hop culture website BBOY Tech Report, in a 2014 highlight for Sinus Roris states, "TTT, as we affectionately call him, was declared one of our 13 favorite beatmakers of 2013 and deservedly so.". Banks also added, "His projects show a fixation with the mysteries and beauties of space and Sinus Roris,., continues to chronicle the journeys of an intrepid explorer of those vast and enigmatic expanses.". Music from 'Sinus Roris' was featured on segment of a video podcast on DoubleToasted.com. In August, 2014, TTT contributed to electronic music and culture website EverythingIsChemical.com's monthly EICV7 mixtape series, providing the 82nd edition. Time Travelling Toaster and recording artist Tone Royal (Ray Villareal) from DoubleToasted.com announced plans for a collaborative project set to release late 2016 or early 2017. Toaster releases new music on its official SoundCloud, Bandcamp, and blog. ------ Documentation of ultraviolet light The main evidence for Weston's expedition is found in a letter from Henry VII to his Lord Chancellor, John Morton, which was discovered in the late 20th century and first published in 2009. The King's letter provides for a suspension of legal action against Weston because it was the King's intent that Weston would "shortly with goddes grace passe and saille for to serche and fynde if he can the new founde land". Historian Evan Jones and his fellow researcher, Margaret Condon, suggest that William Weston was probably operating under the Letters patent granted to the Venetian explorer John Cabot (Giovanni Caboto in Italian), which could be assigned to third parties. In March 1496 Cabot had been awarded the monopoly right in England to undertake voyages across the Atlantic, in search of new lands or trade routes to China. One of the stipulations of the patent was that Cabot should sail only from Bristol. He reached North America in 1497 and is believed to have landed at Newfoundland or Cape Breton Island before his return. He was the first European to do so since the Vikings had gone to Vinland 500 years before. That Weston was a deputy or assign of Cabot, seems likely given the King's personal support for the Bristol explorer. That Cabot and Weston were working together is further supported Henry VII's having made a 40-shilling reward to Weston in January 1498. Historians take this to mean that Weston was on Cabot's 1497 voyage. At the time of the reward, Cabot was in London sorting out business related to a pension he had been granted by the King and making preparations for a new voyage. Details of the reward were first reported in the Canadian press in August 2009. Following the expedition the King paid Weston a 30 reward, as a way of recompensing him for expenses incurred in his voyage to the New World. The reward was paid in 1500, based on examining a 500-year-old scroll which is a 13 feet (4.0 m) long made from the skins of more than 200 sheep, by using an ultraviolet light. The translation of the transaction of the reward, written by the auditor of the account, presumably following consultation with the King, reads: Namely 30 above the fee of the customers and let them have for the said 30 a tally for William Weston, merchant of Bristol, for his expenses about the finding of the new land. This document has been published as a result of a research programme dubbed The Cabot Project at the University of Bristol, to find more information about the Bristol discovery voyages of this period. This project, with participation of several international scholars, has also been working with researchers in Newfoundland on archeological excavations in Carbonear, identified as a potential site for a 15th-century church that may have been started by an Augustine friar, Giovanni Antonio de Carbonariis, accompanying Cabot's 1498 expedition. He is believed to have stayed in Newfoundland to start the mission.
Knowledge related to NGC 1560
NGC 1560, also known as IC 2062, is an 11th-magnitude spiral galaxy, in the IC 342/Maffei Group. It was discovered by Wilhelm Tempel on August 1, 1883. The galaxy has a negative radial velocity of -35 km/second. NGC1560 is close enough to the earth that its distance must be derived directly (not using redshift). Karachentsev et al. (2003) report a distance of 3.45 Mpc (11.2 million light years), while Madore (1993) give 2.5 Mpc (8.1 Mly) using the brightest stars method. Currently, the most accurate estimage is approximately 8 to 12 million light years. At this distance, it is relatively close to Earth, but not part of the Local Group. This galaxy is approximately 35 thousand light years wide, determined by its apparent size of 11.6 by 1.9 arcmin • Other Related Knowledge of ultraviolet light Seasons 1 and 2 of ultraviolet light The first season of the show aired in the summer of 2003. Rob Campos choose among sixteen suitors, unaware that each woman was informed that she was set to win a million dollars if she rejected Rob in the end. The selection boiled down to Erin Brodie and Paige Jones. The two women assumed that Erin would take the money and Paige would take Rob. But in an unexpected move, Rob chose Erin, leaving Paige to tear up her check. But, as expected, Erin rejected Rob and took the million dollars to help care for her ailing father, sending Rob home. Paige's emotional displays were later parodied in I Want to Marry Ryan Banks and The Joe Schmoe Show 2. The second season aired immediately after the first. Erin returned to the house three weeks after she took her million-dollar check. She returned to risk her million dollar-check by being in Rob's position, this time choosing among 15 male suitors. If the final man she chose were to choose her over a million dollars, her million dollars would double; otherwise, the million dollars (in essence) will be passed to him, leaving her with nothing. The men did not know that Erin had already participated in a similar competition. When she trimmed her choices down to just three, Rob returned as a "fourth man," returning to woo her the second time. It was not revealed to the original contestants that Erin and Rob had already participated in a version of the competition; Rob was implied to be Erin's ex-boyfriend. Although Rob made it to the final three suitor, Erin ultimately rejected him, leaving her to choose between Wade Whistler and Chad Viggiano. In the end, Erin chose Chad, who chose her. As a result, she won both Chad and two million dollars, $500,000 of which she gave to Chad. Chad and Erin eventually broke up, Erin going on to eventually marry Dr. Will Kirby of Big Brother fame. Chad went on to date San Francisco based model, Natasha Hahn. ------ Background of ultraviolet light In 2014, Owl City released an EP called Ultraviolet and released "Beautiful Times" as the lead single. Following the release, Young stated his intent to release a steady "series of EPs" in 2014 rather than one larger recording. On October 7, 2014, Young released two new songs simultaneously, "You're Not Alone" (featuring Britt Nicole) and "Tokyo" (featuring Sekai no Owari). The former would eventually become part of the international edition of the album while the latter would become the fourth track of the Japanese edition. The song "Up All Night" from the extended play Ultraviolet was included on the Japanese edition of the album as well. On May 12, 2015, the album name was revealed along with its artwork, track listing and release date was announced despite his intentions to release a series of EPs instead of a full-length album. Young collaborated with several artists to provide additional vocals for the other songs on the album: U.K. artist Sarah Russell for the track called "Thunderstruck", Jake Owen for the country pop song called "Back Home", Avicii's "Wake Me Up!" vocalist Aloe Blacc for the graduation-themed song "Verge", and Hanson for the song "Unbelievable". In an interview with Billboard, he revealed the intent behind the name of the album saying, "The title is kind of a pun on the fact that I have a hard time switching off the creative side of my brain. Therefore, I'm always working on some lyric or some rhyme or some melody that won't leave me alone. The blessing and the curse of how all this amazing technology now fits in a little box, in a laptop. The blessing and the curse is that you can always be working on something, literally anywhere. On the airplane, I'll probably do that later today. I'll probably be on the flight, putting my headphones on, just messing around. You can be on buses and trains. The idea is that,with all the technology, one guy sitting in front of a laptop can create the sound of an 80-person symphony. All the moving parts and all the bells and whistles. That's the cool imagery for what I do." ------ Applications of ultraviolet light A concentration of 0.112 g/ml is commonly used to stain DNA in bacteria or eukaryote cells. Cells are stained for 1-30 min at room temperature or 37 C and then washed to remove unbound dye. A green fluorescence of unbound Hoechst dye may be observed on samples which are stained with too much dye or which are washed partially. Hoechst dyes are often used as substitutes for another nucleic acid stain called DAPI. Key differences between Hoechst dyes and DAPI are: Hoechst dyes are less toxic than DAPI, which ensures a higher viability of stained cells The additional ethyl group of the Hoechst dyes renders them more cell-permeable. There are nuclei staining dyes that allow for viability of cells after staining.Hoechst 33342 and 33258 are quenched by bromodeoxyuridine (BrdU), which is commonly used to detect dividing cells. Hoechst 33342 exhibits a 10 fold greater cell-permeability than H 33258. Cells can integrate BrdU in newly synthesized DNA as a substitute for thymidine. When BrdU is integrated into DNA, it is supposed that the bromine deforms the minor groove so that Hoechst dyes cannot reach their optimal binding site. Binding of Hoechst dyes is even stronger to BrdU-substituted DNA; however, no fluorescence ensues. Hoechst dyes can be used with BrdU to monitor cell cycle progression. Hoechst dyes are commonly used to stain genomic DNA in the following applications: Fluorescence microscopy and immunohistochemistry, often with other fluorophores Flow cytometry to count or sort out cells. An example is the use of Hoechst dyes to analyse how many cells of a population are in which phase of the cell cycle Detecting DNA in the presence of RNA in agarose gels Automated DNA determination Chromosome sortingHoechst efflux is also used to study hematopoietic and embryonic stem cells. As these cells are able to effectively efflux the dye, they can be detected via flow cytometry in what is termed the side population. This is done by passing the fluorescence emitted from the excited hoechst through both red and blue filters, and plotting hoechst red and blue against each other. ------ Life and background of ultraviolet light William Weston is believed to have been born in Bristol, where he became a fairly minor merchant, trading mostly with Lisbon. He undertook one of the earliest English trading voyages to Madeira, a Portuguese archipelago in the Atlantic. This took place in 1480 and was likely intended as a way of gaining direct access to the sugar plantations of what was developing as an important Portuguese colony. In this period he also seems to have served as a purser or factor on the Trinity of Bristol, which was used for an expedition looking for the 'Isle of Brasil' in the Atlantic. In February 1488 Weston was acting as the 'attorney' to the prominent Bristol merchant, John Foster. At this time Weston managed Foster's ship, the Anthony of Bristol, a vessel of about 380 tons burden. The greatest vessel in the Bristol fleet, the Anthony sank at Kingroad (Avonmouth) at the very end of a voyage to Lisbon, with Weston on board. Bristol's merchants blamed the maritime disaster on the negligence of the master. While it is unclear whether Weston was blamed, he subsequently became embroiled in a legal dispute relating to the wreck. By 1492 Weston married Agnes Foster, daughter of merchant John Foster. Her father was known in Bristol as the founder of Foster's Almshouses. Weston and his wife lived at what is now 41 Corn Street. It appears that Foster did not approve of his daughter's marriage to Weston, as Foster's 1492 will left nothing to his son-in-law and comparatively little to his daughter. The will included clauses that ensured that, if Agnes died before William, her inherited property would go to the almshouse rather than her husband. By the late 1490s the Westons were in trouble for failing to pay the 'quit rent' on the Corn Street property, which Foster had ordered should be paid to help fund the almshouse. The executor of Foster's estate had prosecuted Weston successfully, which was to result in William and Agnes' eviction. It was to avoid this fate that William Weston appealed to the King, asking for a suspension of the legal proceedings until after he had undertaken his expedition to the new found land. ------ History of ultraviolet light To its own account, the origins of the producer come from the persona having a trip from psilocybin usage to which the entity spontaneously formed. Many of Time Travelling Toaster's self-acclaimed attributes are based on fictional comic book superpowers such as telepathy, telekinesis, energy and sound manipulation; to which the producer claims is a process to its sound design. The producer is usually depicted with a piece(s) of toasted bread, or a toaster with toasted bread showing. Like fellow producer and musical artist Madlib's Quasimoto and Flying Lotus's Captain Murphy alter egos, the music is very story centric to the respective persona's world and experiences. Toaster has an ongoing beat tape series called "SPACE TOAST" based on the Space Ghost Coast to Coast cartoon series. "Spacebump #2", from the series's second release SPACE TOAST VOL. 2, was featured on writer and actor Kevin Allison's weekly podcast radio show RISK!. During 2011, Toaster was first publicly introduced on popular European marijuana activist podcast Dopefiend.co.uk with bump music, starting the producer's fanbase. In 2013, TIme Travelling Toaster released Color Spacesound Turbulence, a debut EP which showcases explorative electronic themes with few hip hop involvement. The experimental effort, though lacking thicker sonics, are more explored in later releases. Sinus Roris (Latin for "Bay of Dew"), Toaster's debut album, was released digitally on March, 2014. Sinus Roris, based on an impact location on the moon, is a more raw and darker attempt exploring themes of the moon landing, selenography, and moon myths. The album was a departure from the previous light tones presented in Color Spacesound Turbulence, focusing more on grittier hip hop movements, electronic-jazz fusion, and break beat. Corry Banks, co-founder and lead editor of hip-hop culture website BBOY Tech Report, in a 2014 highlight for Sinus Roris states, "TTT, as we affectionately call him, was declared one of our 13 favorite beatmakers of 2013 and deservedly so.". Banks also added, "His projects show a fixation with the mysteries and beauties of space and Sinus Roris,., continues to chronicle the journeys of an intrepid explorer of those vast and enigmatic expanses.". Music from 'Sinus Roris' was featured on segment of a video podcast on DoubleToasted.com. In August, 2014, TTT contributed to electronic music and culture website EverythingIsChemical.com's monthly EICV7 mixtape series, providing the 82nd edition. Time Travelling Toaster and recording artist Tone Royal (Ray Villareal) from DoubleToasted.com announced plans for a collaborative project set to release late 2016 or early 2017. Toaster releases new music on its official SoundCloud, Bandcamp, and blog.
Knowledge related to NGC 1560
NGC 1560, also known as IC 2062, is an 11th-magnitude spiral galaxy, in the IC 342/Maffei Group. It was discovered by Wilhelm Tempel on August 1, 1883. The galaxy has a negative radial velocity of -35 km/second. NGC1560 is close enough to the earth that its distance must be derived directly (not using redshift). Karachentsev et al. (2003) report a distance of 3.45 Mpc (11.2 million light years), while Madore (1993) give 2.5 Mpc (8.1 Mly) using the brightest stars method. Currently, the most accurate estimage is approximately 8 to 12 million light years. At this distance, it is relatively close to Earth, but not part of the Local Group. This galaxy is approximately 35 thousand light years wide, determined by its apparent size of 11.6 by 1.9 arcmin • Other Related Knowledge of ultraviolet light Personnel of ultraviolet light Source: Mobile Orchestra (Liner notes). Owl City. 2015.CS1 maint: others (link).mw-parser-output cite.citationfont-style:inherit.mw-parser-output .citation qquotes:"""""""'""'".mw-parser-output .id-lock-free a,.mw-parser-output .citation .cs1-lock-free abackground-image:url("//upload.wikimedia.org/wikipedia/commons/thumb/6/65/Lock-green.svg/9px-Lock-green.svg.png");background-image:linear-gradient(transparent,transparent),url("//upload. wikimedia. org/wikipedia/commons/6/65/Lock-green. svg");background-repeat:no-repeat;background-size:9px;background-position:right .1em center.mw-parser-output .id-lock-limited a,.mw-parser-output .id-lock-registration a,.mw-parser-output .citation .cs1-lock-limited a,.mw-parser-output .citation .cs1-lock-registration abackground-image:url("//upload.wikimedia.org/wikipedia/commons/thumb/d/d6/Lock-gray-alt-2. svg/9px-Lock-gray-alt-2. svg. png");background-image:linear-gradient(transparent,transparent),url("//upload.wikimedia.org/wikipedia/commons/d/d6/Lock-gray-alt-2.svg");background-repeat:no-repeat;background-size:9px;background-position:right . 1em center. mw-parser-output . id-lock-subscription a,. mw-parser-output . citation . cs1-lock-subscription abackground-image:url("//upload.wikimedia.org/wikipedia/commons/thumb/a/aa/Lock-red-alt-2.svg/9px-Lock-red-alt-2.svg.png");background-image:linear-gradient(transparent,transparent),url("//upload. wikimedia. org/wikipedia/commons/a/aa/Lock-red-alt-2.svg");background-repeat:no-repeat;background-size:9px;background-position:right .1em center.mw-parser-output .cs1-subscription,.mw-parser-output .cs1-registrationcolor:#555.mw-parser-output .cs1-subscription span,.mw-parser-output .cs1-registration spanborder-bottom:1px dotted;cursor:help. mw-parser-output . cs1-ws-icon abackground-image:url("//upload.wikimedia.org/wikipedia/commons/thumb/4/4c/Wikisource-logo.svg/12px-Wikisource-logo.svg.png");background-image:linear-gradient(transparent,transparent),url("//upload. wikimedia. org/wikipedia/commons/4/4c/Wikisource-logo.svg");background-repeat:no-repeat;background-size:12px;background-position:right .1em center.mw-parser-output code.cs1-codecolor:inherit;background:inherit;border:inherit;padding:inherit. mw-parser-output . cs1-hidden-errordisplay:none;font-size:100%.mw-parser-output .cs1-visible-errorfont-size:100%.mw-parser-output .cs1-maintdisplay:none;color:#33aa33;margin-left:0.3em.mw-parser-output .cs1-subscription,.mw-parser-output .cs1-registration,.mw-parser-output .cs1-formatfont-size:95%.mw-parser-output .cs1-kern-left,.mw-parser-output .cs1-kern-wl-leftpadding-left:0.2em.mw-parser-output .cs1-kern-right,.mw-parser-output .cs1-kern-wl-rightpadding-right:0.2em.mw-parser-output .citation .mw-selflinkfont-weight:inherit ------ Books of ultraviolet light A.G. Gaydon (1974). The Spectroscopy of Flames. Springer. ISBN 978-9400957220.mw-parser-output cite.citationfont-style:inherit.mw-parser-output .citation qquotes:"""""""'""'".mw-parser-output .id-lock-free a,.mw-parser-output .citation .cs1-lock-free abackground-image:url("//upload.wikimedia.org/wikipedia/commons/thumb/6/65/Lock-green.svg/9px-Lock-green.svg.png");background-image:linear-gradient(transparent,transparent),url("//upload.wikimedia.org/wikipedia/commons/6/65/Lock-green.svg");background-repeat:no-repeat;background-size:9px;background-position:right .1em center.mw-parser-output .id-lock-limited a,.mw-parser-output .id-lock-registration a,.mw-parser-output .citation .cs1-lock-limited a,.mw-parser-output .citation .cs1-lock-registration abackground-image:url("//upload.wikimedia.org/wikipedia/commons/thumb/d/d6/Lock-gray-alt-2.svg/9px-Lock-gray-alt-2.svg.png");background-image:linear-gradient(transparent,transparent),url("//upload.wikimedia.org/wikipedia/commons/d/d6/Lock-gray-alt-2.svg");background-repeat:no-repeat;background-size:9px;background-position:right .1em center.mw-parser-output .id-lock-subscription a,.mw-parser-output .citation .cs1-lock-subscription abackground-image:url("//upload.wikimedia.org/wikipedia/commons/thumb/a/aa/Lock-red-alt-2.svg/9px-Lock-red-alt-2.svg.png");background-image:linear-gradient(transparent,transparent),url("//upload.wikimedia.org/wikipedia/commons/a/aa/Lock-red-alt-2.svg");background-repeat:no-repeat;background-size:9px;background-position:right .1em center.mw-parser-output .cs1-subscription,.mw-parser-output .cs1-registrationcolor:#555.mw-parser-output .cs1-subscription span,.mw-parser-output .cs1-registration spanborder-bottom:1px dotted;cursor:help.mw-parser-output .cs1-ws-icon abackground-image:url("//upload.wikimedia.org/wikipedia/commons/thumb/4/4c/Wikisource-logo.svg/12px-Wikisource-logo.svg.png");background-image:linear-gradient(transparent,transparent),url("//upload.wikimedia.org/wikipedia/commons/4/4c/Wikisource-logo.svg");background-repeat:no-repeat;background-size:12px;background-position:right .1em center.mw-parser-output code.cs1-codecolor:inherit;background:inherit;border:inherit;padding:inherit.mw-parser-output .cs1-hidden-errordisplay:none;font-size:100%.mw-parser-output .cs1-visible-errorfont-size:100%.mw-parser-output .cs1-maintdisplay:none;color:#33aa33;margin-left:0.3em.mw-parser-output .cs1-subscription,.mw-parser-output .cs1-registration,.mw-parser-output .cs1-formatfont-size:95%.mw-parser-output .cs1-kern-left,.mw-parser-output .cs1-kern-wl-leftpadding-left:0.2em.mw-parser-output .cs1-kern-right,.mw-parser-output .cs1-kern-wl-rightpadding-right:0.2em.mw-parser-output .citation .mw-selflinkfont-weight:inherit A.G. Gaydon (1979). Flames, Their Structure, Radiation, and Temperature. Chapman & Hall. ISBN 978-0470264812. A.G. Gaydon, I.R. Hurle (1963). The Shock Tube In High Temperature Chemical Physics. Literary Licensing. ISBN 978-1258637460. ------ Applications of ultraviolet light A concentration of 0.112 g/ml is commonly used to stain DNA in bacteria or eukaryote cells. Cells are stained for 1-30 min at room temperature or 37 C and then washed to remove unbound dye. A green fluorescence of unbound Hoechst dye may be observed on samples which are stained with too much dye or which are washed partially. Hoechst dyes are often used as substitutes for another nucleic acid stain called DAPI. Key differences between Hoechst dyes and DAPI are: Hoechst dyes are less toxic than DAPI, which ensures a higher viability of stained cells The additional ethyl group of the Hoechst dyes renders them more cell-permeable. There are nuclei staining dyes that allow for viability of cells after staining.Hoechst 33342 and 33258 are quenched by bromodeoxyuridine (BrdU), which is commonly used to detect dividing cells. Hoechst 33342 exhibits a 10 fold greater cell-permeability than H 33258. Cells can integrate BrdU in newly synthesized DNA as a substitute for thymidine. When BrdU is integrated into DNA, it is supposed that the bromine deforms the minor groove so that Hoechst dyes cannot reach their optimal binding site. Binding of Hoechst dyes is even stronger to BrdU-substituted DNA; however, no fluorescence ensues. Hoechst dyes can be used with BrdU to monitor cell cycle progression. Hoechst dyes are commonly used to stain genomic DNA in the following applications: Fluorescence microscopy and immunohistochemistry, often with other fluorophores Flow cytometry to count or sort out cells. An example is the use of Hoechst dyes to analyse how many cells of a population are in which phase of the cell cycle Detecting DNA in the presence of RNA in agarose gels Automated DNA determination Chromosome sortingHoechst efflux is also used to study hematopoietic and embryonic stem cells. As these cells are able to effectively efflux the dye, they can be detected via flow cytometry in what is termed the side population. This is done by passing the fluorescence emitted from the excited hoechst through both red and blue filters, and plotting hoechst red and blue against each other. ------ Voyages of discovery of ultraviolet light It is not certain that Weston accompanied Cabot on his expeditions, but it seems probable as his own expedition was probably related to Cabot's assigning patent rights to him for exploration in 1499. Moreover, in January 1498 Cabot and Weston received rewards from King Henry VII, following a royal audience. This suggests the two were working together by this time, with Weston probably being one of the 'great seamen' and Bristol 'companions' of the Venetian explorer, discussed in a diplomatic correspondence of December 1497. In a letter to the Duke of Milan, the Milanese ambassador noted that some of Cabot's Bristol companions on his recent voyages had accompanied the Venetian to Court and had testified to the truth of the explorer's claims about the lands North America he had discovered in the summer of 1497. While the exact year of Weston's independent voyage has yet to be determined, Jones and Condon suggest that it took place in 1499, a year after Cabot's final voyage. Dr Alwyn Ruddock had claimed that Weston's voyage went far up into the North West Atlantic, possibly reaching as far as the Hudson Strait. On her death in December 2005, however, Dr Ruddock left instructions for her research notes to be destroyed. Since the evidence on which she based this claim has not been located, scholars can not yet determine if she was correct about the extent of Weston's voyage. However, an article published in 2018 by Condon and Jones apparently confirms that the voyage took place, for in 1500 Weston received a reward of 30 from the king, 'pro expensis suis circa inuencionem noue terre' (for his expenses about the finding of the new land). This document was one of the 'new finds' Ruddock had located before them. ------ Equation of ultraviolet light The energy d E displaystyle dE emitted per unit length travelled by the particle per unit of frequency d displaystyle domega is: d 2 E d x d q 2 4 ( ) ( 1 c 2 v 2 n 2 ( ) ) displaystyle frac d^2Edx,domega frac q^24pi mu (omega )omega left(1-frac c^2v^2n^2(omega )right) provided that v c > 1 n ( ) displaystyle beta frac vc>frac 1n(omega ) . Here ( ) displaystyle mu (omega ) and n ( ) displaystyle n(omega ) are the frequency-dependent permeability and index of refraction of the medium respectively, q displaystyle q is the electric charge of the particle, v displaystyle v is the speed of the particle, and c displaystyle c is the speed of light in vacuum. Cherenkov radiation does not have characteristic spectral peaks, as typical for fluorescence or emission spectra. The relative intensity of one frequency is approximately proportional to the frequency. That is, higher frequencies (shorter wavelengths) are more intense in Cherenkov radiation. This is why visible Cherenkov radiation is observed to be brilliant blue. In fact, most Cherenkov radiation is in the ultraviolet spectrum; the sensitivity of the human eye peaks at green, and is very low in the violet portion of the spectrum. The total amount of energy radiated per unit length is: d E d x q 2 4 v > c n ( ) ( ) ( 1 c 2 v 2 n 2 ( ) ) d displaystyle frac dEdxfrac q^24pi int _v>frac cn(omega )mu (omega )omega left(1-frac c^2v^2n^2(omega )right)domega This integral is done over the frequencies displaystyle omega for which the particle's speed v displaystyle v is greater than speed of light of the media c n ( ) displaystyle frac cn(omega ) . The integral is convergent (finite) because at high frequencies the refractive index becomes less than unity and for extremely high frequencies it becomes unity. ------ Seasons 1 and 2 of ultraviolet light The first season of the show aired in the summer of 2003. Rob Campos choose among sixteen suitors, unaware that each woman was informed that she was set to win a million dollars if she rejected Rob in the end. The selection boiled down to Erin Brodie and Paige Jones. The two women assumed that Erin would take the money and Paige would take Rob. But in an unexpected move, Rob chose Erin, leaving Paige to tear up her check. But, as expected, Erin rejected Rob and took the million dollars to help care for her ailing father, sending Rob home. Paige's emotional displays were later parodied in I Want to Marry Ryan Banks and The Joe Schmoe Show 2. The second season aired immediately after the first. Erin returned to the house three weeks after she took her million-dollar check. She returned to risk her million dollar-check by being in Rob's position, this time choosing among 15 male suitors. If the final man she chose were to choose her over a million dollars, her million dollars would double; otherwise, the million dollars (in essence) will be passed to him, leaving her with nothing. The men did not know that Erin had already participated in a similar competition. When she trimmed her choices down to just three, Rob returned as a "fourth man," returning to woo her the second time. It was not revealed to the original contestants that Erin and Rob had already participated in a version of the competition; Rob was implied to be Erin's ex-boyfriend. Although Rob made it to the final three suitor, Erin ultimately rejected him, leaving her to choose between Wade Whistler and Chad Viggiano. In the end, Erin chose Chad, who chose her. As a result, she won both Chad and two million dollars, $500,000 of which she gave to Chad. Chad and Erin eventually broke up, Erin going on to eventually marry Dr. Will Kirby of Big Brother fame. Chad went on to date San Francisco based model, Natasha Hahn.
Knowledge related to NGC 1560
NGC 1560, also known as IC 2062, is an 11th-magnitude spiral galaxy, in the IC 342/Maffei Group. It was discovered by Wilhelm Tempel on August 1, 1883. The galaxy has a negative radial velocity of -35 km/second. NGC1560 is close enough to the earth that its distance must be derived directly (not using redshift). Karachentsev et al. (2003) report a distance of 3.45 Mpc (11.2 million light years), while Madore (1993) give 2.5 Mpc (8.1 Mly) using the brightest stars method. Currently, the most accurate estimage is approximately 8 to 12 million light years. At this distance, it is relatively close to Earth, but not part of the Local Group. This galaxy is approximately 35 thousand light years wide, determined by its apparent size of 11.6 by 1.9 arcmin • Other Related Knowledge of ultraviolet light Personnel of ultraviolet light Source: Mobile Orchestra (Liner notes). Owl City. 2015.CS1 maint: others (link).mw-parser-output cite.citationfont-style:inherit.mw-parser-output .citation qquotes:"""""""'""'".mw-parser-output .id-lock-free a,.mw-parser-output .citation .cs1-lock-free abackground-image:url("//upload.wikimedia.org/wikipedia/commons/thumb/6/65/Lock-green.svg/9px-Lock-green.svg.png");background-image:linear-gradient(transparent,transparent),url("//upload. wikimedia. org/wikipedia/commons/6/65/Lock-green. svg");background-repeat:no-repeat;background-size:9px;background-position:right .1em center.mw-parser-output .id-lock-limited a,.mw-parser-output .id-lock-registration a,.mw-parser-output .citation .cs1-lock-limited a,.mw-parser-output .citation .cs1-lock-registration abackground-image:url("//upload.wikimedia.org/wikipedia/commons/thumb/d/d6/Lock-gray-alt-2. svg/9px-Lock-gray-alt-2. svg. png");background-image:linear-gradient(transparent,transparent),url("//upload.wikimedia.org/wikipedia/commons/d/d6/Lock-gray-alt-2.svg");background-repeat:no-repeat;background-size:9px;background-position:right . 1em center. mw-parser-output . id-lock-subscription a,. mw-parser-output . citation . cs1-lock-subscription abackground-image:url("//upload.wikimedia.org/wikipedia/commons/thumb/a/aa/Lock-red-alt-2.svg/9px-Lock-red-alt-2.svg.png");background-image:linear-gradient(transparent,transparent),url("//upload. wikimedia. org/wikipedia/commons/a/aa/Lock-red-alt-2.svg");background-repeat:no-repeat;background-size:9px;background-position:right .1em center.mw-parser-output .cs1-subscription,.mw-parser-output .cs1-registrationcolor:#555.mw-parser-output .cs1-subscription span,.mw-parser-output .cs1-registration spanborder-bottom:1px dotted;cursor:help. mw-parser-output . cs1-ws-icon abackground-image:url("//upload.wikimedia.org/wikipedia/commons/thumb/4/4c/Wikisource-logo.svg/12px-Wikisource-logo.svg.png");background-image:linear-gradient(transparent,transparent),url("//upload. wikimedia. org/wikipedia/commons/4/4c/Wikisource-logo.svg");background-repeat:no-repeat;background-size:12px;background-position:right .1em center.mw-parser-output code.cs1-codecolor:inherit;background:inherit;border:inherit;padding:inherit. mw-parser-output . cs1-hidden-errordisplay:none;font-size:100%.mw-parser-output .cs1-visible-errorfont-size:100%.mw-parser-output .cs1-maintdisplay:none;color:#33aa33;margin-left:0.3em.mw-parser-output .cs1-subscription,.mw-parser-output .cs1-registration,.mw-parser-output .cs1-formatfont-size:95%.mw-parser-output .cs1-kern-left,.mw-parser-output .cs1-kern-wl-leftpadding-left:0.2em.mw-parser-output .cs1-kern-right,.mw-parser-output .cs1-kern-wl-rightpadding-right:0.2em.mw-parser-output .citation .mw-selflinkfont-weight:inherit ------ Voyages of discovery of ultraviolet light It is not certain that Weston accompanied Cabot on his expeditions, but it seems probable as his own expedition was probably related to Cabot's assigning patent rights to him for exploration in 1499. Moreover, in January 1498 Cabot and Weston received rewards from King Henry VII, following a royal audience. This suggests the two were working together by this time, with Weston probably being one of the 'great seamen' and Bristol 'companions' of the Venetian explorer, discussed in a diplomatic correspondence of December 1497. In a letter to the Duke of Milan, the Milanese ambassador noted that some of Cabot's Bristol companions on his recent voyages had accompanied the Venetian to Court and had testified to the truth of the explorer's claims about the lands North America he had discovered in the summer of 1497. While the exact year of Weston's independent voyage has yet to be determined, Jones and Condon suggest that it took place in 1499, a year after Cabot's final voyage. Dr Alwyn Ruddock had claimed that Weston's voyage went far up into the North West Atlantic, possibly reaching as far as the Hudson Strait. On her death in December 2005, however, Dr Ruddock left instructions for her research notes to be destroyed. Since the evidence on which she based this claim has not been located, scholars can not yet determine if she was correct about the extent of Weston's voyage. However, an article published in 2018 by Condon and Jones apparently confirms that the voyage took place, for in 1500 Weston received a reward of 30 from the king, 'pro expensis suis circa inuencionem noue terre' (for his expenses about the finding of the new land). This document was one of the 'new finds' Ruddock had located before them. ------ Molecular characteristics of ultraviolet light Both dyes are excited by ultraviolet light at around 350 nm, and both emit blue-cyan fluorescent light around an emission spectrum maximum at 461 nm. Unbound dye has its maximum fluorescence emission in the 510540 nm range. Hoechst stains can be excited with a xenon- or mercury-arc lamp or with an ultraviolet laser. There is a considerable Stokes shift between the excitation and emission spectra that makes Hoechst dyes useful in experiments in which multiple fluorophores are used. The fluorescence intensity of Hoechst dyes also increases with the pH of the solvent. Hoechst dyes are soluble in water and in organic solvents such as dimethyl formamide or dimethyl sulfoxide. Concentrations can be achieved of up to 10 mg/mL. Aqueous solutions are stable at 26 C for at least six months when protected from light. For longterm storage the solutions are instead frozen at 20 C or below. The dyes bind to the minor groove of double-stranded DNA with a preference for sequences rich in adenine and thymine. Although the dyes can bind to all nucleic acids, AT-rich double-stranded DNA strands enhance fluorescence considerably. Hoechst dyes are cell-permeable and can bind to DNA in live or fixed cells. Thus, these stains are often called supravital, meaning that live cells survive a treatment with these compounds. Cells that express specific ATP-binding cassette transporter proteins can also actively transport these stains out of their cytoplasm. ------ Monthly averages and records for Moscow of ultraviolet light The highest temperature ever recorded was 38.2 C (100.8 F) on July 29, 2010, and minimum temperature recorded was 42 C (44 F). In 2007 three record highs for the month occurred January 8.6 C (47.5 F), March 17.5 C (63.5 F), and May 33.2 C (91.8 F); in 2008, there were new record highs for December and the entire winter: 9.6 C (49.3 F). On July 23, 2010, the temperature reached 36.7 C (98.1 F) and continued to set record highs each following day until it finally reached 38.2 C (100.8 F) on July 29, 2010. In November 2010 a new month record high of 14.5 C (58.1 F) occurred (after 12.6 in 1927). Average annual temperature in Moscow is 5.8 C (42.4 F), but recently (2007, 2008, 2015) it has been higher than 7 C (45 F). In the first half of the 20th century, there was light night frost in late summer. 2019 become the warmest in the history of meteorological observations, the average annual temperature was 7.8 C (46.0 F), the average daily maximum was 11.5 C (52.7 F) (while the monthly averages temperatures were above 0 C (32 F) even in March, November and December). Monthly rainfall totals vary minimally throughout the year, although the precipitation levels tend to be higher during the summer than during the winter. Due to the significant variation in temperature between the winter and summer months as well as the limited fluctuation in precipitation levels during the summer, Moscow is considered to be within a continental climate zone. Most of records and averages are given for VVC weather station, located in the North-Eastern administrative okrug of Moscow. The temperature from this station averages 0.51 C lower than in the city center, and 0.52 C higher than night minimums in the suburbs. ------ Equation of ultraviolet light The energy d E displaystyle dE emitted per unit length travelled by the particle per unit of frequency d displaystyle domega is: d 2 E d x d q 2 4 ( ) ( 1 c 2 v 2 n 2 ( ) ) displaystyle frac d^2Edx,domega frac q^24pi mu (omega )omega left(1-frac c^2v^2n^2(omega )right) provided that v c > 1 n ( ) displaystyle beta frac vc>frac 1n(omega ) . Here ( ) displaystyle mu (omega ) and n ( ) displaystyle n(omega ) are the frequency-dependent permeability and index of refraction of the medium respectively, q displaystyle q is the electric charge of the particle, v displaystyle v is the speed of the particle, and c displaystyle c is the speed of light in vacuum. Cherenkov radiation does not have characteristic spectral peaks, as typical for fluorescence or emission spectra. The relative intensity of one frequency is approximately proportional to the frequency. That is, higher frequencies (shorter wavelengths) are more intense in Cherenkov radiation. This is why visible Cherenkov radiation is observed to be brilliant blue. In fact, most Cherenkov radiation is in the ultraviolet spectrum; the sensitivity of the human eye peaks at green, and is very low in the violet portion of the spectrum. The total amount of energy radiated per unit length is: d E d x q 2 4 v > c n ( ) ( ) ( 1 c 2 v 2 n 2 ( ) ) d displaystyle frac dEdxfrac q^24pi int _v>frac cn(omega )mu (omega )omega left(1-frac c^2v^2n^2(omega )right)domega This integral is done over the frequencies displaystyle omega for which the particle's speed v displaystyle v is greater than speed of light of the media c n ( ) displaystyle frac cn(omega ) . The integral is convergent (finite) because at high frequencies the refractive index becomes less than unity and for extremely high frequencies it becomes unity. ------ Legend of ultraviolet light The numbers (#) are the now standard system of Caspar Ren Gregory, often referred to as the Gregory-Aland numbers. Dates are estimated to the nearest 100 year increment where the specific date is unknown. Content generally only describes sections of the New Testament: Gospels, The Acts of the Apostles (Acts), Pauline epistles, and so on. Sometimes the surviving portion of a codex is so limited that specific books, chapters or even verses can be indicated. Linked articles, where they exist, generally specify content in detail, by verse. Digital images are referenced with direct links to the hosting web pages, with the exception of those at the INTF. The quality and accessibility of the images is as follows: Indicates the manuscript has damaged or missing pages. P Indicates only a portion of the books were included. K Indicates manuscript also includes a commentary. S Indicates lost portions of manuscript replaced via supplement of a later hand. abs (Abschrift) Indicates manuscript is a copy. All of these have now received new numbers from the INTF. Brackets around the Gregory-Aland number indicate the manuscript belongs to an already numbered manuscript, was formerly numbered as a copy of another manuscript, was found not to be a continuous text manuscript, was found to be written in modern Greek rather than Koine Greek, or has been destroyed. ------ Research of ultraviolet light Elvang joined the University of Michigan in 2009 where she works on supersymmetry. She worked on the 4-dimensional spacetime RG flows. She looks to understand quantum gravity and the gauge gravitation correspondence. Elvang described scattering amplitudes using basic quantum field theory, including Feynman rules and Yukawa theory. She uses the spinor helicity formalism. Her work was turned into the first comprehensive textbook on quantum amplitudes, published by Cambridge University Press in 2015. She studies the implications of standard symmetries on ultraviolet divergence in supergravity. She uses the soft bootstrap to constrain effective field theories of massless particles. She was made a Cottrell Scholar in 2013, developing a sophomore course that taught the value of academic study. The course she developed, Honors Physics Ill/Physics 360: Waves, Heat, and Light, was described by Andrew D. Martin as 'enhancing' the undergraduate course. She developed an exchange program with Bryn Mawr College to attract women into physics research. In 2017 she was promoted to Professor of Physics at the University of Michigan. She was made a Fellow of the American Physical Society in 2018. Her citation read "for profound insights into gravitational field solutions with novel horizon geometries, the structure of quantum scattering in supersymmetric theories, corner contributions to entanglement entropy, and precision holography". Awards and honours2018 Fellow of the American Physical Society 2017 University of Michigan College of Literature, Science, and Arts John Dewey Award 2016 American Physical Society Maria Goeppert Mayer Award 2015 University of Michigan Rackham Graduate School Henry Russel Award 2014 University of Michigan Individual Award for Outstanding Contributions to Undergraduate Education 2013 Research Corporation for Science Advancement Cottrell Scholar 2010 NSF CAREER Award
Knowledge related to NGC 1560
NGC 1560, also known as IC 2062, is an 11th-magnitude spiral galaxy, in the IC 342/Maffei Group. It was discovered by Wilhelm Tempel on August 1, 1883. The galaxy has a negative radial velocity of -35 km/second. NGC1560 is close enough to the earth that its distance must be derived directly (not using redshift). Karachentsev et al. (2003) report a distance of 3.45 Mpc (11.2 million light years), while Madore (1993) give 2.5 Mpc (8.1 Mly) using the brightest stars method. Currently, the most accurate estimage is approximately 8 to 12 million light years. At this distance, it is relatively close to Earth, but not part of the Local Group. This galaxy is approximately 35 thousand light years wide, determined by its apparent size of 11.6 by 1.9 arcmin • Other Related Knowledge of ultraviolet light Legend of ultraviolet light The numbers (#) are the now standard system of Caspar Ren Gregory, often referred to as the Gregory-Aland numbers. Dates are estimated to the nearest 100 year increment where the specific date is unknown. Content generally only describes sections of the New Testament: Gospels, The Acts of the Apostles (Acts), Pauline epistles, and so on. Sometimes the surviving portion of a codex is so limited that specific books, chapters or even verses can be indicated. Linked articles, where they exist, generally specify content in detail, by verse. Digital images are referenced with direct links to the hosting web pages, with the exception of those at the INTF. The quality and accessibility of the images is as follows: Indicates the manuscript has damaged or missing pages. P Indicates only a portion of the books were included. K Indicates manuscript also includes a commentary. S Indicates lost portions of manuscript replaced via supplement of a later hand. abs (Abschrift) Indicates manuscript is a copy. All of these have now received new numbers from the INTF. Brackets around the Gregory-Aland number indicate the manuscript belongs to an already numbered manuscript, was formerly numbered as a copy of another manuscript, was found not to be a continuous text manuscript, was found to be written in modern Greek rather than Koine Greek, or has been destroyed. ------ Sources of ultraviolet light Margaret M. Condon and Evan T. jones, 'William Weston: early voyager to the New World', Historical Research (Nov. 2018, published online, 3 Oct 2018). Evan T. Jones and Margaret M. Condon, Cabot and Bristol's Age of Discovery: The Bristol Discovery Voyages 1480-1508 (University of Bristol, Nov. 2016). Evan T. Jones and M. M. Condon, 'Weston, William (d. in or before 1505)', Oxford Dictionary of National Biography, Oxford University Press, May 2010 accessed 30 Oct 2010 Evan T. Jones, 'Alwyn Ruddock: John Cabot and the Discovery of America', Historical Research Vol 81, Issue 212 (2008), pp. 224254 Evan T. Jones, 'Henry VII and the Bristol expeditions to North America: the Condon documents', Historical Research, 27 Aug 2009 Evan. T. Jones (ed.), "The Quinn Papers: transcripts of correspondence relating to the Bristol discovery voyages to North America in the fifteenth century", David B. Quinn Papers, Manuscript Division, Library of Congress, Washington, D.C. page 6. (University of Bristol, Bristol Repository of Scholarly Eprints (ROSE), 2009) ------ Monthly averages and records for Moscow of ultraviolet light The highest temperature ever recorded was 38.2 C (100.8 F) on July 29, 2010, and minimum temperature recorded was 42 C (44 F). In 2007 three record highs for the month occurred January 8.6 C (47.5 F), March 17.5 C (63.5 F), and May 33.2 C (91.8 F); in 2008, there were new record highs for December and the entire winter: 9.6 C (49.3 F). On July 23, 2010, the temperature reached 36.7 C (98.1 F) and continued to set record highs each following day until it finally reached 38.2 C (100.8 F) on July 29, 2010. In November 2010 a new month record high of 14.5 C (58.1 F) occurred (after 12.6 in 1927). Average annual temperature in Moscow is 5.8 C (42.4 F), but recently (2007, 2008, 2015) it has been higher than 7 C (45 F). In the first half of the 20th century, there was light night frost in late summer. 2019 become the warmest in the history of meteorological observations, the average annual temperature was 7.8 C (46.0 F), the average daily maximum was 11.5 C (52.7 F) (while the monthly averages temperatures were above 0 C (32 F) even in March, November and December). Monthly rainfall totals vary minimally throughout the year, although the precipitation levels tend to be higher during the summer than during the winter. Due to the significant variation in temperature between the winter and summer months as well as the limited fluctuation in precipitation levels during the summer, Moscow is considered to be within a continental climate zone. Most of records and averages are given for VVC weather station, located in the North-Eastern administrative okrug of Moscow. The temperature from this station averages 0.51 C lower than in the city center, and 0.52 C higher than night minimums in the suburbs. ------ Molecular characteristics of ultraviolet light Both dyes are excited by ultraviolet light at around 350 nm, and both emit blue-cyan fluorescent light around an emission spectrum maximum at 461 nm. Unbound dye has its maximum fluorescence emission in the 510540 nm range. Hoechst stains can be excited with a xenon- or mercury-arc lamp or with an ultraviolet laser. There is a considerable Stokes shift between the excitation and emission spectra that makes Hoechst dyes useful in experiments in which multiple fluorophores are used. The fluorescence intensity of Hoechst dyes also increases with the pH of the solvent. Hoechst dyes are soluble in water and in organic solvents such as dimethyl formamide or dimethyl sulfoxide. Concentrations can be achieved of up to 10 mg/mL. Aqueous solutions are stable at 26 C for at least six months when protected from light. For longterm storage the solutions are instead frozen at 20 C or below. The dyes bind to the minor groove of double-stranded DNA with a preference for sequences rich in adenine and thymine. Although the dyes can bind to all nucleic acids, AT-rich double-stranded DNA strands enhance fluorescence considerably. Hoechst dyes are cell-permeable and can bind to DNA in live or fixed cells. Thus, these stains are often called supravital, meaning that live cells survive a treatment with these compounds. Cells that express specific ATP-binding cassette transporter proteins can also actively transport these stains out of their cytoplasm. ------ Behaviour and ecology of ultraviolet light This bird has a loud call, but does not call frequently. It is also not as active as the smaller bee-eaters. The calls include cackling hornbill like calls, a dry "Kit-tik. Kit-tik" in a series or hollow nasal "kyao" calls. Pairs may engage in duets of cackling and rattling which ends in short purring notes. The flight is undulating and very barbet-like. The breeding season is February to August in India and courtship involves ritual feeding, bowing and tail fanning. Nest excavation may begin a month before the laying of eggs. The nest is a deep tunnel in a mud bank within which four very spherical and white eggs are laid. The species appears to feed mainly on bees. It exploits the defensive behavior of Giant honey bee (Apis dorsata) colonies by provoking the mass release of guard bees which are then caught and eaten as they pursue the bird. Although mainly foraging using aerial sallies, it is known to glean from bark. They may sometimes associate with mixed-species foraging flocks. Birds have been seen at flowers of Erythrina and Salmalia although it is unclear whether they fed on nectar or insects attracted to the flowers. A blood parasite Leucocytozoon nyctyornis has been described from this species and feather parasites Brueelia are also known. ------ Description of ultraviolet light Sheep's bit scabious is a low biennial or occasionally annual plant growing up to about one foot tall with suberect stems that branch near the base. The leaves are linear, lanceolate, narrow at the base, sinuate, stiffly hairy and forming a rosette. The small violet-blue flowers are in small heads. The bracts are smooth or hairy and the petals have narrow lobes. There are 5 oblong anthers which unite at the base forming a tube, a feature that differentiates this plant from true scabiouses. The individual florets open successively. The anthers ripen first and later the styles elongate and the two-lobed stigmas are displayed. This make self-pollination less likely. There are nectaries in the upper part of the ovaries and many insects visit the flowers. Some fifty species of bees and wasps, thirty species of fly, thirty species of butterflies and moths and several beetles have been recorded as visiting the flowers, and therefore this plant is characterized by a generalized pollination syndrome. The flowers are visible under ultraviolet light and it is believed that this makes them attractive to pollinating insects. They do not show a traditional bull's-eye pattern to guide the insect but the ultraviolet reflectance of the petals is very high. ------ Morphology of ultraviolet light Ricordea florida is a coral without a skeleton, having the same internal anatomical structure as corals of the order Scleractinia. The body of the coral is small and cylindrical. The basal end resembles a flat disk that functions as a foot. The apical end is the oral disk which functions as one or more mouths. These mouths are centered amid short rounded tentacles bearing cnidocytes, whose sting contains paralytic neurotoxins. The sting is used to subdue prey to make it more easily ingested via the mouth, or as a defensive mechanism to evade enemies. The stinging ability of this species is lower than in most corals. Ricordea florida reaches 7.5 cm in diameter. The fleshy body and tentacles can be found in a variety of colours, including purple, orange, green, blue and yellow. The tips of the tentacles and the mouth may be one or more different colours. The colour of Ricordea florida depends on various factors, including the depth at which they live, the temperature, the season, and other environmental factors. ------ Design and construction of ultraviolet light Designed to look like a ship, the south side of the church features three large curved walls of pre-cast concrete. (The walls form segments of spheres.) Meier claims to have designed the church to minimize thermal peak loads inside. The large thermal mass of the concrete walls control internal heat gain; the result is less temperature variation, and supposedly more efficient use of energy. The walls also contain titanium dioxide to keep the appearance of the church white. Enrico Borgarello, the director of research and development for Italcementi, the company that designed the cement, claims that the cement destroys air pollution. According to Borgarello: "When the titanium dioxide absorbs ultraviolet light, it becomes powerfully reactive, breaking down pollutants that come in contact with the concrete. It is particularly good at attacking the noxious gases that come out of a cars sic exhaust pipe." ------ Research of ultraviolet light Elvang joined the University of Michigan in 2009 where she works on supersymmetry. She worked on the 4-dimensional spacetime RG flows. She looks to understand quantum gravity and the gauge gravitation correspondence. Elvang described scattering amplitudes using basic quantum field theory, including Feynman rules and Yukawa theory. She uses the spinor helicity formalism. Her work was turned into the first comprehensive textbook on quantum amplitudes, published by Cambridge University Press in 2015. She studies the implications of standard symmetries on ultraviolet divergence in supergravity. She uses the soft bootstrap to constrain effective field theories of massless particles. She was made a Cottrell Scholar in 2013, developing a sophomore course that taught the value of academic study. The course she developed, Honors Physics Ill/Physics 360: Waves, Heat, and Light, was described by Andrew D. Martin as 'enhancing' the undergraduate course. She developed an exchange program with Bryn Mawr College to attract women into physics research. In 2017 she was promoted to Professor of Physics at the University of Michigan. She was made a Fellow of the American Physical Society in 2018. Her citation read "for profound insights into gravitational field solutions with novel horizon geometries, the structure of quantum scattering in supersymmetric theories, corner contributions to entanglement entropy, and precision holography". Awards and honours2018 Fellow of the American Physical Society 2017 University of Michigan College of Literature, Science, and Arts John Dewey Award 2016 American Physical Society Maria Goeppert Mayer Award 2015 University of Michigan Rackham Graduate School Henry Russel Award 2014 University of Michigan Individual Award for Outstanding Contributions to Undergraduate Education 2013 Research Corporation for Science Advancement Cottrell Scholar 2010 NSF CAREER Award
Knowledge related to NGC 1560
NGC 1560, also known as IC 2062, is an 11th-magnitude spiral galaxy, in the IC 342/Maffei Group. It was discovered by Wilhelm Tempel on August 1, 1883. The galaxy has a negative radial velocity of -35 km/second. NGC1560 is close enough to the earth that its distance must be derived directly (not using redshift). Karachentsev et al. (2003) report a distance of 3.45 Mpc (11.2 million light years), while Madore (1993) give 2.5 Mpc (8.1 Mly) using the brightest stars method. Currently, the most accurate estimage is approximately 8 to 12 million light years. At this distance, it is relatively close to Earth, but not part of the Local Group. This galaxy is approximately 35 thousand light years wide, determined by its apparent size of 11.6 by 1.9 arcmin • Other Related Knowledge of ultraviolet light Legend of ultraviolet light The numbers (#) are the now standard system of Caspar Ren Gregory, often referred to as the Gregory-Aland numbers. Dates are estimated to the nearest 100 year increment where the specific date is unknown. Content generally only describes sections of the New Testament: Gospels, The Acts of the Apostles (Acts), Pauline epistles, and so on. Sometimes the surviving portion of a codex is so limited that specific books, chapters or even verses can be indicated. Linked articles, where they exist, generally specify content in detail, by verse. Digital images are referenced with direct links to the hosting web pages, with the exception of those at the INTF. The quality and accessibility of the images is as follows: Indicates the manuscript has damaged or missing pages. P Indicates only a portion of the books were included. K Indicates manuscript also includes a commentary. S Indicates lost portions of manuscript replaced via supplement of a later hand. abs (Abschrift) Indicates manuscript is a copy. All of these have now received new numbers from the INTF. Brackets around the Gregory-Aland number indicate the manuscript belongs to an already numbered manuscript, was formerly numbered as a copy of another manuscript, was found not to be a continuous text manuscript, was found to be written in modern Greek rather than Koine Greek, or has been destroyed. ------ Description of ultraviolet light Sheep's bit scabious is a low biennial or occasionally annual plant growing up to about one foot tall with suberect stems that branch near the base. The leaves are linear, lanceolate, narrow at the base, sinuate, stiffly hairy and forming a rosette. The small violet-blue flowers are in small heads. The bracts are smooth or hairy and the petals have narrow lobes. There are 5 oblong anthers which unite at the base forming a tube, a feature that differentiates this plant from true scabiouses. The individual florets open successively. The anthers ripen first and later the styles elongate and the two-lobed stigmas are displayed. This make self-pollination less likely. There are nectaries in the upper part of the ovaries and many insects visit the flowers. Some fifty species of bees and wasps, thirty species of fly, thirty species of butterflies and moths and several beetles have been recorded as visiting the flowers, and therefore this plant is characterized by a generalized pollination syndrome. The flowers are visible under ultraviolet light and it is believed that this makes them attractive to pollinating insects. They do not show a traditional bull's-eye pattern to guide the insect but the ultraviolet reflectance of the petals is very high. ------ Type of precipitation of ultraviolet light Most precipitation in Moscow falls as rain, but in winter months almost all precipitation falls as snow, forming firm snow cover. The last wet snow precipitation may be in the beginning of May, and it may restart at the end of September. Snow coverSnow cover (averaging 35 months per year) forms at the beginning of November and melts in early April, although in recent years has not lasted as long as usual. For example, in the winter of 20062007 the snow cover didn't form until the end of January, and melted at the beginning of March; in 20072008, the snow cover melted at the end of February, and in the 20082009 winter, snow cover didn't form until the end of December, which is one month later than usual. Yet in 20112012 it melted in the middle of April. ------ loudiness and day light of ultraviolet light Number of clear, cloudy and overcast daysOn average Moscow has 1731 hours of sunshine in a year. In 20042008, near 18002000 hours. Daylight, average number of hours/dayDuration of daylight depends on geographical position of Moscow. It varies from 7 hours 00 minutes on December 22 to 17 hours 34 minutes on June 22. The maximum height of the sun above the horizon is 11 on 22 December and 58 on 22 June. Near the day of the summer solstice (June 22), the sun does not fall below 12. Thus the astronomical twilight does not occur in this period. Nevertheless, lighting of the navigational twilight is not enough for normal human activity, so the streets need artificial illumination, and it is believed that there are no so-called white nights in Moscow, although the sky remains dark blue, and not black, as, for example, in southern Russia. ------ Personality of ultraviolet light Toaster as a character, heavily references time travel, alternate universes, dimensions and incorporating obscure space terms to create music usually within genres of hip-hop, psychedelic, and electronic. Reminiscent to Marvin the Martian, when communicating via social media outlets, the producer refers to people as "earthlings". Toaster refers to its music as 'travels', and fans of the producer are known as "travelers". It is yet known if Time Travelling Toaster is a single solo artist, group or collaborative effort. In an episode of The Simpsons entitled Treehouse of Horror V, a parody of A Sound of Thunder, while attempting to fix a broken toaster, Homer accidentally turns it into a time machine ------ Design and construction of ultraviolet light Designed to look like a ship, the south side of the church features three large curved walls of pre-cast concrete. (The walls form segments of spheres.) Meier claims to have designed the church to minimize thermal peak loads inside. The large thermal mass of the concrete walls control internal heat gain; the result is less temperature variation, and supposedly more efficient use of energy. The walls also contain titanium dioxide to keep the appearance of the church white. Enrico Borgarello, the director of research and development for Italcementi, the company that designed the cement, claims that the cement destroys air pollution. According to Borgarello: "When the titanium dioxide absorbs ultraviolet light, it becomes powerfully reactive, breaking down pollutants that come in contact with the concrete. It is particularly good at attacking the noxious gases that come out of a cars sic exhaust pipe." ------ Wind of ultraviolet light Speed of windThe average wind speed is very high. In the city it is near 5 metres per second; in open places and airports it may top 6 metres per second. Wind Storms and TornadoesA few times per season, often in the MaySeptember period during thunderstorms, wind speed may exceed 1535 metres per second. The last powerful wind storm was in 1998, when wind speed was 3035 metres per second. 157 persons were injured, 8 died, and 2157 buildings were damaged. Tornadoes were recorded in 1904 and 1945 in Moscow and in 1970, 1971, the 1984 Yaroslavl tornado, 1987, 1994, and 1997 in Moscow Oblast 100 km south-east from Moscow (near Zaraysk), in 2005 in Dubna, and on 3 August 2007 in Krasnogorsk. In the 3 June 2009 tornado, F3 registered near Sergiyev Posad, Moscow oblast. ------ Singles of ultraviolet light After the song was previewed on ESPN's "Draft Academy" on May 5, it was announced that "Verge", featuring Aloe Blacc, would be released on May 14 as the album's lead single. A lyric video of "Verge" was later published on Owl City's Vevo channel on YouTube on May 13, 2015, along with an announcement for an upcoming music video. On June 5, 2015, the music video for "My Everything" was released on VEVO and YouTube.better source needed On June 26, 2015, "Unbelievable", featuring Hanson, was released. A European version was released in early 2016 featuring Karen Damen, Kristel Verbeke and Josje Huisman (former members of the band K3) with rewritten lyrics replacing the Hanson part. ------ Behaviour and ecology of ultraviolet light This bird has a loud call, but does not call frequently. It is also not as active as the smaller bee-eaters. The calls include cackling hornbill like calls, a dry "Kit-tik. Kit-tik" in a series or hollow nasal "kyao" calls. Pairs may engage in duets of cackling and rattling which ends in short purring notes. The flight is undulating and very barbet-like. The breeding season is February to August in India and courtship involves ritual feeding, bowing and tail fanning. Nest excavation may begin a month before the laying of eggs. The nest is a deep tunnel in a mud bank within which four very spherical and white eggs are laid. The species appears to feed mainly on bees. It exploits the defensive behavior of Giant honey bee (Apis dorsata) colonies by provoking the mass release of guard bees which are then caught and eaten as they pursue the bird. Although mainly foraging using aerial sallies, it is known to glean from bark. They may sometimes associate with mixed-species foraging flocks. Birds have been seen at flowers of Erythrina and Salmalia although it is unclear whether they fed on nectar or insects attracted to the flowers. A blood parasite Leucocytozoon nyctyornis has been described from this species and feather parasites Brueelia are also known. ------ Sources of ultraviolet light Margaret M. Condon and Evan T. jones, 'William Weston: early voyager to the New World', Historical Research (Nov. 2018, published online, 3 Oct 2018). Evan T. Jones and Margaret M. Condon, Cabot and Bristol's Age of Discovery: The Bristol Discovery Voyages 1480-1508 (University of Bristol, Nov. 2016). Evan T. Jones and M. M. Condon, 'Weston, William (d. in or before 1505)', Oxford Dictionary of National Biography, Oxford University Press, May 2010 accessed 30 Oct 2010 Evan T. Jones, 'Alwyn Ruddock: John Cabot and the Discovery of America', Historical Research Vol 81, Issue 212 (2008), pp. 224254 Evan T. Jones, 'Henry VII and the Bristol expeditions to North America: the Condon documents', Historical Research, 27 Aug 2009 Evan. T. Jones (ed.), "The Quinn Papers: transcripts of correspondence relating to the Bristol discovery voyages to North America in the fifteenth century", David B. Quinn Papers, Manuscript Division, Library of Congress, Washington, D.C. page 6. (University of Bristol, Bristol Repository of Scholarly Eprints (ROSE), 2009) ------ Education and early career of ultraviolet light Elvang studied physics at the University of Copenhagen. She earned her Bachelor's degree in 1998 and her Master's degree in 2001. She moved to America for her graduate studies, earning a doctorate at the University of California, Santa Barbara in 2005. She worked on Young projection operators and charged, rotating black rings. She also investigated KaluzaKlein bubbles and their interactions with black holes. She was a Pappalardo Postdoctoral Fellow at Massachusetts Institute of Technology Center for Theoretical Physics from 2005 to 2008. She identified that black holes and black rings can coexist if they are spinning. She named the combination of a spherical black hole surrounded by a black ring a 'Black Saturn'. After her fellowship she joined the Institute for Advanced Study as a postdoctoral researcher. She was supported by the United States Department of Energy. ------ Gameplay of ultraviolet light In A Slower Speed of Light, the player controls the ghost of a young child who was killed in an unspecified accident. The child wants to "become one with light", but the speed of light is too fast for the child. This is solved through the use of magic orbs which, as each are collected, slow down the speed of light, until by the end it is at walking speed. These orbs are spread throughout the level. At the beginning of the game, walking around and collecting these orbs is easy; however, as the game progresses, the effects of special relativity become apparent. This gradually increases the difficulty of the game. ------ Morphology of ultraviolet light Ricordea florida is a coral without a skeleton, having the same internal anatomical structure as corals of the order Scleractinia. The body of the coral is small and cylindrical. The basal end resembles a flat disk that functions as a foot. The apical end is the oral disk which functions as one or more mouths. These mouths are centered amid short rounded tentacles bearing cnidocytes, whose sting contains paralytic neurotoxins. The sting is used to subdue prey to make it more easily ingested via the mouth, or as a defensive mechanism to evade enemies. The stinging ability of this species is lower than in most corals. Ricordea florida reaches 7.5 cm in diameter. The fleshy body and tentacles can be found in a variety of colours, including purple, orange, green, blue and yellow. The tips of the tentacles and the mouth may be one or more different colours. The colour of Ricordea florida depends on various factors, including the depth at which they live, the temperature, the season, and other environmental factors.
Knowledge related to NGC 1560
NGC 1560, also known as IC 2062, is an 11th-magnitude spiral galaxy, in the IC 342/Maffei Group. It was discovered by Wilhelm Tempel on August 1, 1883. The galaxy has a negative radial velocity of -35 km/second. NGC1560 is close enough to the earth that its distance must be derived directly (not using redshift). Karachentsev et al. (2003) report a distance of 3.45 Mpc (11.2 million light years), while Madore (1993) give 2.5 Mpc (8.1 Mly) using the brightest stars method. Currently, the most accurate estimage is approximately 8 to 12 million light years. At this distance, it is relatively close to Earth, but not part of the Local Group. This galaxy is approximately 35 thousand light years wide, determined by its apparent size of 11.6 by 1.9 arcmin • Other Related Knowledge of ultraviolet light Wind of ultraviolet light Speed of windThe average wind speed is very high. In the city it is near 5 metres per second; in open places and airports it may top 6 metres per second. Wind Storms and TornadoesA few times per season, often in the MaySeptember period during thunderstorms, wind speed may exceed 1535 metres per second. The last powerful wind storm was in 1998, when wind speed was 3035 metres per second. 157 persons were injured, 8 died, and 2157 buildings were damaged. Tornadoes were recorded in 1904 and 1945 in Moscow and in 1970, 1971, the 1984 Yaroslavl tornado, 1987, 1994, and 1997 in Moscow Oblast 100 km south-east from Moscow (near Zaraysk), in 2005 in Dubna, and on 3 August 2007 in Krasnogorsk. In the 3 June 2009 tornado, F3 registered near Sergiyev Posad, Moscow oblast. ------ Personal life of ultraviolet light Germann married Martha Minna Marie Knechtel (18921966) on July 25, 1916, in St. John's Evangelical Lutheran Church in Peru. The Rev. Paul Stoeppelwerth officiated at the wedding of his niece-in-law. Martha and Frank had two children: Richard Paul Germann (19812007) and Lois Marie Germann Jones (19212013). Frank was raised as a member of the Lutheran Church (Missouri Synod) and as a youngster attended the Lutheran St. John's Christian Day School in Peru. He was a member of the Lutheran Concordia Club at Indiana University, and later the Lutheran Academy for Scholarship (Academia Lutherana Philosophi). He contributed an article to the Academy quarterly. ------ Personality of ultraviolet light Toaster as a character, heavily references time travel, alternate universes, dimensions and incorporating obscure space terms to create music usually within genres of hip-hop, psychedelic, and electronic. Reminiscent to Marvin the Martian, when communicating via social media outlets, the producer refers to people as "earthlings". Toaster refers to its music as 'travels', and fans of the producer are known as "travelers". It is yet known if Time Travelling Toaster is a single solo artist, group or collaborative effort. In an episode of The Simpsons entitled Treehouse of Horror V, a parody of A Sound of Thunder, while attempting to fix a broken toaster, Homer accidentally turns it into a time machine ------ Singles of ultraviolet light After the song was previewed on ESPN's "Draft Academy" on May 5, it was announced that "Verge", featuring Aloe Blacc, would be released on May 14 as the album's lead single. A lyric video of "Verge" was later published on Owl City's Vevo channel on YouTube on May 13, 2015, along with an announcement for an upcoming music video. On June 5, 2015, the music video for "My Everything" was released on VEVO and YouTube.better source needed On June 26, 2015, "Unbelievable", featuring Hanson, was released. A European version was released in early 2016 featuring Karen Damen, Kristel Verbeke and Josje Huisman (former members of the band K3) with rewritten lyrics replacing the Hanson part. ------ Ejecta of ultraviolet light Analysis of the burst's afterglows suggested two models to explain the burst's afterglow. In the first, the burst's ejecta were collimated into a jet with a half-angle greater than 6 and interacted with a high-density medium. In the second, the jet had a half-angle greater than 2 and interacted with a low-density medium. If the characteristics of the first model, which were similar to those of GRB 050724, are representative of all short GRBs, then the emission jets of short GRBs are less collimated and less energetic than those of long GRBs. ------ Type of precipitation of ultraviolet light Most precipitation in Moscow falls as rain, but in winter months almost all precipitation falls as snow, forming firm snow cover. The last wet snow precipitation may be in the beginning of May, and it may restart at the end of September. Snow coverSnow cover (averaging 35 months per year) forms at the beginning of November and melts in early April, although in recent years has not lasted as long as usual. For example, in the winter of 20062007 the snow cover didn't form until the end of January, and melted at the beginning of March; in 20072008, the snow cover melted at the end of February, and in the 20082009 winter, snow cover didn't form until the end of December, which is one month later than usual. Yet in 20112012 it melted in the middle of April. ------ loudiness and day light of ultraviolet light Number of clear, cloudy and overcast daysOn average Moscow has 1731 hours of sunshine in a year. In 20042008, near 18002000 hours. Daylight, average number of hours/dayDuration of daylight depends on geographical position of Moscow. It varies from 7 hours 00 minutes on December 22 to 17 hours 34 minutes on June 22. The maximum height of the sun above the horizon is 11 on 22 December and 58 on 22 June. Near the day of the summer solstice (June 22), the sun does not fall below 12. Thus the astronomical twilight does not occur in this period. Nevertheless, lighting of the navigational twilight is not enough for normal human activity, so the streets need artificial illumination, and it is believed that there are no so-called white nights in Moscow, although the sky remains dark blue, and not black, as, for example, in southern Russia. ------ Effects of special relativity of ultraviolet light As the game progresses and light becomes slower, the effects of special relativity start to become more apparent. These effects include the Doppler effect (red/blue-shifting of visible light and the shifting of ultraviolet and infrared into the visible spectrum), the searchlight effect (increased brightness in the direction of travel), time dilation (difference between the passage of time perceived by the player and the outside world), the Lorentz transformation (the perceived warping of the environment at near-light speeds), and the runtime effect (seeing objects in the past because of the speed of light). These effects combine as the game progresses to increase the difficulty and challenge the player. ------ Food of ultraviolet light As with other corals, Ricordea florida is host to a symbiotic algae called zooxanthellae. These algae undergo photosynthesis producing oxygen and sugars which are then used by the coral. The zooxanthellae also feed on the catabolites of the coral (especially phosphorus and nitrogen). Ricordea florida feed both on the products of zooxanthellae, and on zooplankton or fish they catch with their tentacles, along with dissolved organic matter in the water ------ Track listing of ultraviolet light UK CD 1"Let There Be Light" (Mike Oldfield) "Let There Be Light" (BT's Pure Luminescence Remix) (Mike Oldfield) "Let There Be Light" (The Ultraviolet Mix) (Mike Oldfield) "Let There Be Light" (Hardfloor Remix) (Mike Oldfield)UK CD 2"Let There Be Light" (Mike Oldfield) "Indian Lake" (Mike Oldfield) "Let There Be Light" (BT's Entropic Dub) (Mike Oldfield)USA CD"Let There Be Light" (Mike Oldfield) "Let There Be Light" (BT's Pure Luminescence Remix) (Mike Oldfield) "Let There Be Light" (The Ultraviolet Mix) (Mike Oldfield) "Let There Be Light" (Hardfloor Remix) (Mike Oldfield) "Let There Be Light" (Hardfloor Dub) (Mike Oldfield) "Let There Be Light" (BT's Entropic Dub) (Mike Oldfield) ------ Distribution and habitat of ultraviolet light This plant is found in the north temperate zone of Europe, west Asia and north Africa. It is a plant growing on heaths and moors in rocky or sandy districts, coastal cliffs, quarries and natural escarpments where the soil is thin. It prefers acid soils and is absent from limestone regions. It is often found on coastal cliffs in association with thrift and kidney vetch and blooms from May to September. ------ Early life and education of ultraviolet light Germann was born in Peru, Miami County, Indiana, second child of Mary Fredericke Mueller (18641942) and Gustave Adolph Germann (18601940). His only sibling was Albert Fredrick Ottomar Germann (18861976), who was also a physical chemist. Frank Germann graduated from Peru High School in 1906. He received the A. B. in physics from Indiana University in 1911. He received the Sc.D. degree (docteur s sciences physiques) from the University of Geneva (Geneva, Switzerland) in 1914 with research under the guidance of Philippe-Auguste Guye (18621922) ------ Synthesis of ultraviolet light Carlfriesite was found to be synthesizable by heating a mixture of CaO, Te(OH)6 and TeO2 to 150-240C with water at the vapor pressure of the system. The resulting material was very fine-grained and colorless, consisting of aggregates of tiny carlfriesite plates. The material mostly consisted of carlfriesite, but also contained 10-15% paratellurite, as determined by X-ray diffraction. . ------ Gameplay of ultraviolet light In A Slower Speed of Light, the player controls the ghost of a young child who was killed in an unspecified accident. The child wants to "become one with light", but the speed of light is too fast for the child. This is solved through the use of magic orbs which, as each are collected, slow down the speed of light, until by the end it is at walking speed. These orbs are spread throughout the level. At the beginning of the game, walking around and collecting these orbs is easy; however, as the game progresses, the effects of special relativity become apparent. This gradually increases the difficulty of the game. ------ Observations of ultraviolet light GRB 050709 was detected by multiple instruments on board HETE-2 on July 9, 2005 at 22:36:37 UTC. The first pulse lasted 100 milliseconds, followed 30 seconds later by a fainter pulse lasting approximately 150 seconds. The disparity between the spectra of the first pulse and the second suggest that the second pulse was the onset of the burst's afterglow. As such, this burst was classified as a short-duration hard burst. A radio source was detected on July 11 at a position of R.A. 23h 01m 32.1s, Decl.38 59 27. Optical observations taken 34 hours after the burst revealed an optical afterglow. This was the first discovery of transient optical emission from a short burst. ------ Design and construction of ultraviolet light Designed to look like a ship, the south side of the church features three large curved walls of pre-cast concrete. (The walls form segments of spheres.) Meier claims to have designed the church to minimize thermal peak loads inside. The large thermal mass of the concrete walls control internal heat gain; the result is less temperature variation, and supposedly more efficient use of energy. The walls also contain titanium dioxide to keep the appearance of the church white. Enrico Borgarello, the director of research and development for Italcementi, the company that designed the cement, claims that the cement destroys air pollution. According to Borgarello: "When the titanium dioxide absorbs ultraviolet light, it becomes powerfully reactive, breaking down pollutants that come in contact with the concrete. It is particularly good at attacking the noxious gases that come out of a cars sic exhaust pipe." ------ Sources of ultraviolet light Margaret M. Condon and Evan T. jones, 'William Weston: early voyager to the New World', Historical Research (Nov. 2018, published online, 3 Oct 2018). Evan T. Jones and Margaret M. Condon, Cabot and Bristol's Age of Discovery: The Bristol Discovery Voyages 1480-1508 (University of Bristol, Nov. 2016). Evan T. Jones and M. M. Condon, 'Weston, William (d. in or before 1505)', Oxford Dictionary of National Biography, Oxford University Press, May 2010 accessed 30 Oct 2010 Evan T. Jones, 'Alwyn Ruddock: John Cabot and the Discovery of America', Historical Research Vol 81, Issue 212 (2008), pp. 224254 Evan T. Jones, 'Henry VII and the Bristol expeditions to North America: the Condon documents', Historical Research, 27 Aug 2009 Evan. T. Jones (ed.), "The Quinn Papers: transcripts of correspondence relating to the Bristol discovery voyages to North America in the fifteenth century", David B. Quinn Papers, Manuscript Division, Library of Congress, Washington, D.C. page 6. (University of Bristol, Bristol Repository of Scholarly Eprints (ROSE), 2009) ------ Discography of ultraviolet light Solo albumsSinus Roris (digitally-released, Time Travelling Toaster, March 2014)EPsColor Spacesound Turbulence ( self-released, Jun 2013) Visits To Planet Earth ( self-released, May 2014)Series"SPACE TOAST VOL. 1" (self-released June 2012) "SPACE TOAST VOL. 2" (self-released March 2013) "SPACE TOAST VOL. 3" (self-released August 2013)MixtapesPearls From Neptune: La Douceur Nocturne (self-released, June 2012)CompilationsBetween Spaces (self-released, May 2014) EICV7" No. 82 (digitally-released, Everything Is Chemical, August 2014) Spaceflight Therapy (self-released, September 2014) The Ultraviolet Module (digitally-released, March 2015) ------ Education and early career of ultraviolet light Elvang studied physics at the University of Copenhagen. She earned her Bachelor's degree in 1998 and her Master's degree in 2001. She moved to America for her graduate studies, earning a doctorate at the University of California, Santa Barbara in 2005. She worked on Young projection operators and charged, rotating black rings. She also investigated KaluzaKlein bubbles and their interactions with black holes. She was a Pappalardo Postdoctoral Fellow at Massachusetts Institute of Technology Center for Theoretical Physics from 2005 to 2008. She identified that black holes and black rings can coexist if they are spinning. She named the combination of a spherical black hole surrounded by a black ring a 'Black Saturn'. After her fellowship she joined the Institute for Advanced Study as a postdoctoral researcher. She was supported by the United States Department of Energy.
Knowledge related to NGC 1560
NGC 1560, also known as IC 2062, is an 11th-magnitude spiral galaxy, in the IC 342/Maffei Group. It was discovered by Wilhelm Tempel on August 1, 1883. The galaxy has a negative radial velocity of -35 km/second. NGC1560 is close enough to the earth that its distance must be derived directly (not using redshift). Karachentsev et al. (2003) report a distance of 3.45 Mpc (11.2 million light years), while Madore (1993) give 2.5 Mpc (8.1 Mly) using the brightest stars method. Currently, the most accurate estimage is approximately 8 to 12 million light years. At this distance, it is relatively close to Earth, but not part of the Local Group. This galaxy is approximately 35 thousand light years wide, determined by its apparent size of 11.6 by 1.9 arcmin • Other Related Knowledge of ultraviolet light The site of ultraviolet light The Church's site is divided into four main parts: first, the precinct, including the church and community center; second, the northeast terrace; third, the northwest recreation court; fourth, the west parking area ------ Personality of ultraviolet light Toaster as a character, heavily references time travel, alternate universes, dimensions and incorporating obscure space terms to create music usually within genres of hip-hop, psychedelic, and electronic. Reminiscent to Marvin the Martian, when communicating via social media outlets, the producer refers to people as "earthlings". Toaster refers to its music as 'travels', and fans of the producer are known as "travelers". It is yet known if Time Travelling Toaster is a single solo artist, group or collaborative effort. In an episode of The Simpsons entitled Treehouse of Horror V, a parody of A Sound of Thunder, while attempting to fix a broken toaster, Homer accidentally turns it into a time machine ------ Reproduction of ultraviolet light Asexual reproduction can be accomplished by two mechanisms. Split or fission reproduction occurs when the coral splits along its mouth creating a clone. Alternatively, particulates released from the foot can develop into a new specimen, which is called laceration. Sexual reproduction produces a larva called a planula which once on the seabed develops into a new individual. ------ Personal life of ultraviolet light Germann married Martha Minna Marie Knechtel (18921966) on July 25, 1916, in St. John's Evangelical Lutheran Church in Peru. The Rev. Paul Stoeppelwerth officiated at the wedding of his niece-in-law. Martha and Frank had two children: Richard Paul Germann (19812007) and Lois Marie Germann Jones (19212013). Frank was raised as a member of the Lutheran Church (Missouri Synod) and as a youngster attended the Lutheran St. John's Christian Day School in Peru. He was a member of the Lutheran Concordia Club at Indiana University, and later the Lutheran Academy for Scholarship (Academia Lutherana Philosophi). He contributed an article to the Academy quarterly. ------ Discography of ultraviolet light Solo albumsSinus Roris (digitally-released, Time Travelling Toaster, March 2014)EPsColor Spacesound Turbulence ( self-released, Jun 2013) Visits To Planet Earth ( self-released, May 2014)Series"SPACE TOAST VOL. 1" (self-released June 2012) "SPACE TOAST VOL. 2" (self-released March 2013) "SPACE TOAST VOL. 3" (self-released August 2013)MixtapesPearls From Neptune: La Douceur Nocturne (self-released, June 2012)CompilationsBetween Spaces (self-released, May 2014) EICV7" No. 82 (digitally-released, Everything Is Chemical, August 2014) Spaceflight Therapy (self-released, September 2014) The Ultraviolet Module (digitally-released, March 2015) ------ Singles of ultraviolet light After the song was previewed on ESPN's "Draft Academy" on May 5, it was announced that "Verge", featuring Aloe Blacc, would be released on May 14 as the album's lead single. A lyric video of "Verge" was later published on Owl City's Vevo channel on YouTube on May 13, 2015, along with an announcement for an upcoming music video. On June 5, 2015, the music video for "My Everything" was released on VEVO and YouTube.better source needed On June 26, 2015, "Unbelievable", featuring Hanson, was released. A European version was released in early 2016 featuring Karen Damen, Kristel Verbeke and Josje Huisman (former members of the band K3) with rewritten lyrics replacing the Hanson part. ------ Effects of special relativity of ultraviolet light As the game progresses and light becomes slower, the effects of special relativity start to become more apparent. These effects include the Doppler effect (red/blue-shifting of visible light and the shifting of ultraviolet and infrared into the visible spectrum), the searchlight effect (increased brightness in the direction of travel), time dilation (difference between the passage of time perceived by the player and the outside world), the Lorentz transformation (the perceived warping of the environment at near-light speeds), and the runtime effect (seeing objects in the past because of the speed of light). These effects combine as the game progresses to increase the difficulty and challenge the player. ------ Toxicity and safety of ultraviolet light Because Hoechst stains bind to DNA, they interfere with DNA replication during cell division. Consequently, they are potentially mutagenic and carcinogenic, so care should be used in their handling and disposal. Hoechst stain is used to sort sperm in livestock and humans. Its safety has been debated. . ------ Occurrence of ultraviolet light Carlfriesite is often found in cavities in hydrothermal gold-tellurium deposits. It is found associated with cerussite, chlorargyrite, argentian gold, cesbronite, calcite, dickite, baryte, bornite, galena, hessite and tlapallite. It was first identified in the Bambollita (La Oriental), Moctezuma, Municipio de Moctezuma, Sonora, Mexico. It is also found in another nearby mine, namely the Moctezuma mine ------ Early life and education of ultraviolet light Germann was born in Peru, Miami County, Indiana, second child of Mary Fredericke Mueller (18641942) and Gustave Adolph Germann (18601940). His only sibling was Albert Fredrick Ottomar Germann (18861976), who was also a physical chemist. Frank Germann graduated from Peru High School in 1906. He received the A. B. in physics from Indiana University in 1911. He received the Sc.D. degree (docteur s sciences physiques) from the University of Geneva (Geneva, Switzerland) in 1914 with research under the guidance of Philippe-Auguste Guye (18621922) ------ Political career of ultraviolet light He was politically active. He was the Mayor of Palermo (18901892), and in 1890 he was appointed by King Victor Emmanuel III a member of the Senate of the Kingdom of Italy and was elected vice president (1904-1919) of the Italian upper house ------ Host galaxy of ultraviolet light GRB 050709's x-ray afterglow associated the burst with a host galaxy at a redshift of z  0.16. This galaxy's light curve excluded the possibility of a supernova association, a common feature of long bursts. This suggested that short-duration bursts release much less energy than long-duration bursts. ------ Track listing of ultraviolet light UK CD 1"Let There Be Light" (Mike Oldfield) "Let There Be Light" (BT's Pure Luminescence Remix) (Mike Oldfield) "Let There Be Light" (The Ultraviolet Mix) (Mike Oldfield) "Let There Be Light" (Hardfloor Remix) (Mike Oldfield)UK CD 2"Let There Be Light" (Mike Oldfield) "Indian Lake" (Mike Oldfield) "Let There Be Light" (BT's Entropic Dub) (Mike Oldfield)USA CD"Let There Be Light" (Mike Oldfield) "Let There Be Light" (BT's Pure Luminescence Remix) (Mike Oldfield) "Let There Be Light" (The Ultraviolet Mix) (Mike Oldfield) "Let There Be Light" (Hardfloor Remix) (Mike Oldfield) "Let There Be Light" (Hardfloor Dub) (Mike Oldfield) "Let There Be Light" (BT's Entropic Dub) (Mike Oldfield) ------ Overview of ultraviolet light The series was a dating game show where the chosen winner had to choose between starting a relationship with the central bachelor or bachelorette, or taking home a cash prize while not being permitted any further contact with the central contestant. Eliminated contestants were forced to rip up the checks that represented the money they could have won ------ Synthesis of ultraviolet light Carlfriesite was found to be synthesizable by heating a mixture of CaO, Te(OH)6 and TeO2 to 150-240C with water at the vapor pressure of the system. The resulting material was very fine-grained and colorless, consisting of aggregates of tiny carlfriesite plates. The material mostly consisted of carlfriesite, but also contained 10-15% paratellurite, as determined by X-ray diffraction. . ------ Distribution and habitat of ultraviolet light This plant is found in the north temperate zone of Europe, west Asia and north Africa. It is a plant growing on heaths and moors in rocky or sandy districts, coastal cliffs, quarries and natural escarpments where the soil is thin. It prefers acid soils and is absent from limestone regions. It is often found on coastal cliffs in association with thrift and kidney vetch and blooms from May to September. ------ Gameplay of ultraviolet light In A Slower Speed of Light, the player controls the ghost of a young child who was killed in an unspecified accident. The child wants to "become one with light", but the speed of light is too fast for the child. This is solved through the use of magic orbs which, as each are collected, slow down the speed of light, until by the end it is at walking speed. These orbs are spread throughout the level. At the beginning of the game, walking around and collecting these orbs is easy; however, as the game progresses, the effects of special relativity become apparent. This gradually increases the difficulty of the game. ------ Save the cosmetics of ultraviolet light of The skin with chemicals Save the cosmetics of ultraviolet (uv) : And they are plastic packing, under the sunlight, the plastic deformation even to melt, releasing chemicals, indirect pollution sunscreen, finally can result in a negative effect for your skin. ------ Wind of ultraviolet light Speed of windThe average wind speed is very high. In the city it is near 5 metres per second; in open places and airports it may top 6 metres per second. Wind Storms and TornadoesA few times per season, often in the MaySeptember period during thunderstorms, wind speed may exceed 1535 metres per second. The last powerful wind storm was in 1998, when wind speed was 3035 metres per second. 157 persons were injured, 8 died, and 2157 buildings were damaged. Tornadoes were recorded in 1904 and 1945 in Moscow and in 1970, 1971, the 1984 Yaroslavl tornado, 1987, 1994, and 1997 in Moscow Oblast 100 km south-east from Moscow (near Zaraysk), in 2005 in Dubna, and on 3 August 2007 in Krasnogorsk. In the 3 June 2009 tornado, F3 registered near Sergiyev Posad, Moscow oblast. ------ Food of ultraviolet light As with other corals, Ricordea florida is host to a symbiotic algae called zooxanthellae. These algae undergo photosynthesis producing oxygen and sugars which are then used by the coral. The zooxanthellae also feed on the catabolites of the coral (especially phosphorus and nitrogen). Ricordea florida feed both on the products of zooxanthellae, and on zooplankton or fish they catch with their tentacles, along with dissolved organic matter in the water ------ Observations of ultraviolet light GRB 050709 was detected by multiple instruments on board HETE-2 on July 9, 2005 at 22:36:37 UTC. The first pulse lasted 100 milliseconds, followed 30 seconds later by a fainter pulse lasting approximately 150 seconds. The disparity between the spectra of the first pulse and the second suggest that the second pulse was the onset of the burst's afterglow. As such, this burst was classified as a short-duration hard burst. A radio source was detected on July 11 at a position of R.A. 23h 01m 32.1s, Decl.38 59 27. Optical observations taken 34 hours after the burst revealed an optical afterglow. This was the first discovery of transient optical emission from a short burst. ------ Scientific Career of ultraviolet light In 1871 he became lecturer at the University of Torino, but returned to Palermo in the following year as Cannizzaro's successor. In 1892 he became a professor at the University of Rome. His main area of research was photochemistry, and discovered the PaternBchi reaction in 1909. The reaction was improved by George Bchi, its other namesake, in 1954. ------ Causes of ultraviolet light CongenitalRothmund-Thompson syndrome Dyskeratosis congenita Mendes da Costa syndromeOther hereditary causesDegos-Touraine syndrome Diffuse and macular atrophic dermatosis Hereditary sclerosing poikiloderma of weary Kindler syndrome Weary-Kindler syndrome Xeroderma pigmentosumAcquiredInjury to cold, heat, ionizing radiation, exposure to sensitizing chemicals Lichen planus Dermatomyositis Lupus erythematosus Systemic sclerosis Cutaneous T cell lymphomas ------ OpenRelativity of ultraviolet light OpenRelativity is a toolkit designed for use with the proprietary Unity game engine. It was developed by MIT Game Lab during the development of A Slower Speed of Light. The toolkit allows for the accurate simulation of a 3D environment when light is slowed down. It is hosted on GitHub and has been published under the permissive MIT license. ------ Music video of ultraviolet light The second pressing of the enhanced CD album (one of the first enhanced CDs) contains the full version of the "Let There Be Light" video. Footage from the "Let There Be Light" music video also appeared in the BBC science fiction documentary series Future Fantastic. The music video was directed by Howard Greenhalgh. ------ Use in education of ultraviolet light A Slower Speed of Light was developed in hopes of being used as an educational tool to explain special relativity in an easy-to-understand fashion. The game is meant to be used as an interactive learning tool for those interested in physics. ------ Ejecta of ultraviolet light Analysis of the burst's afterglows suggested two models to explain the burst's afterglow. In the first, the burst's ejecta were collimated into a jet with a half-angle greater than 6 and interacted with a high-density medium. In the second, the jet had a half-angle greater than 2 and interacted with a low-density medium. If the characteristics of the first model, which were similar to those of GRB 050724, are representative of all short GRBs, then the emission jets of short GRBs are less collimated and less energetic than those of long GRBs. ------ Habitat and distribution of ultraviolet light Ricordea florida is found in the interior of reefs, usually in shallow water, rocky areas, and pools. It is found alone or in small groups. They are known to inhabit the Atlantic Ocean, the Caribbean Sea and the Gulf of Mexico ------ Track list of ultraviolet light My Memories' Book Locoweed Wondermarsh Mad House Oui, c'est moi! Floating Fraulein Ectoplasmic Garden Party The Stammering Ghost Ultraviolet Lady Opera Lord Hypnosis Couple in Bed by a Green Flashing Light The Wax-Dolls Parade
Contact us
Leave a message
we welcome custom designs and ideas and is able to cater to the specific requirements. for more information, please visit the website or contact us directly with questions or inquiries.
رابط سريع

Home

Service

About us

Contact Us

منتجنا

The modern house

Landscape house

Vintage house

Guangzhou DaLong CNC Machinery Technology Co.Ltd spare no expense when it comes to making sure we have the latest and greatest in equipment.

معلومات عنا

Company profile

Company History

اتصل بنا

Copyright © 2020 Guangzhou DaLong CNC Machinery Technology Co.Ltd | Sitemap