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Object that have been treated with gamma irradiation. Museum of Brazilian and African Art, Sao Paulo, Brazil.
Photo Credit: Louise Potterton / IAEA
Africa Flores, Land Cover and Land Use Change Theme Lead for SERVIR, speaks during the 2018 Annual Earth Science Applications Showcase, Wednesday, Aug. 1, 2018 at NASA Headquarters in Washington. Every summer students and young professionals from NASA’s Applied Sciences’ DEVELOP National Program come to NASA Headquarters and present their research projects. DEVELOP is a training and development program where students work on Earth science research projects, mentored by science advisers from NASA and partner agencies, and extend research results to local communities. Photo Credit: (NASA/Joel Kowsky)
A ton of straw slowly falls during an aerial disbursement over a burned out area of the Poudre Canyon mountainside, on Friday, July 20, 2012, near Fort Collins, Colorado. This is an aerial application of straw that will mitigate soil and ash runoff from the mountainous terrain leading to Seaman Reservoir, drinking water resource for the City of Greeley. Forest Service lands receive straw, while private and other lands receive a seed mix and straw to promote ground cover plant growth on ash-covered lands. In total, 1,800 tons of straw will be applied during the 14-day operation. One quarter of the cost was paid by the City of Greeley and the U.S. Department of Agriculture funded the remainder. The Hewlett Gulch Fire was started by a camper’s alcohol stove, on May 14, at the saddle of a picturesque mountain ridge along the Hewlett Gulch Trail of Poudre Canyon, in the Roosevelt National Forest, 60 miles north of Denver. At it’s peak more than 400 firefighters were battling fires being pushed by 50 mph winds that helped blacken over 12-square-miles of dry ground cover, brush and trees. Many of the trees were already dead and tinder dry from beetle-kill. Their efforts have successfully kept water in the reservoir clean and clear, while downstream water flow has gone from famous Colorado clear water to nearly black flows of water heavily laden with ash, silt, and burnt debris that recent thunderstorms have already washed down from the mountainsides. USDA Photo by Lance Cheung.
Lake Superior Railroad Museum curator Tim Schandel takes a break from applying the NP logo to the nose of 3617 prior to the night photo session.
Application tracking spreadsheet, file management, stenciled envelope, photo corners, golden paper clips, 11 pages, just to apply for jobs?! Jeez.
This is a shot of an old version of Anxiety, a dashboard widget running through Amnesty Singles that works as a simple to do list. However, I've since abandoned this version, in favor of a sleeker 100% cocoa application, which syncs with iCal and Mail; pictures of the newer version can be found in my flickr photos.
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You can find the app in the Flickr app garden : www.flickr.com/services/apps/72157625784913627/
Andy Garner, IAEA Nuclear Applications Laboratory Coordinator, shows IAEA Director General Yukiya Amano the location of the new ReNuAL site during the Director General’s visit to the laboratories in Seibersdorf on 12 April 2016.
From left to right: Andy Garner, IAEA Nuclear Applications Laboratory Coordinator, Yusuke Kuno, IAEA Director of Safeguards Analytical Services (SGAS), Yukiya Amano, Raja Abdul Aziz Raja Adnan, Special Assistant to the Director General for the IAEA Department of Nuclear Applications and Sciences and Department of Technical Cooperation.
Photo Credit: Dean Calma / IAEA
X-ray vision like Superman's could soon be available in your pocket.
By Deborah Netburn
April 19, 2012, 1:39 p.m.
In the not-too-distant future, your smartphone may be able to help you see through walls, cardboard boxes, paper and even clothing.
Scientists from the University of Texas at Dallas have designed an imaging chip that measures invisible terahertz light waves that is small enough to fit on a smartphone and inexpensive enough that normal people could actually afford to buy one.
Terahertz waves can be detected through opaque surfaces such as paper, walls and clothing -- enabling a person with an accurate terahertz measuring device to see beyond what our visible eye can see.
Some applications of this technology, which is still in development, include early detecting of skin cancer, finding studs hidden in walls, finding hidden cracks in vases and authenticating documents.
As for the creepy applications (such as seeing through clothes), rest assured that Kenneth O, professor of electrical engineering at UT Texas and director of the Texas Analog Center for Excellence, who led this research, has considered them.
"The major concern for this technology is privacy, so we've made it that you need to place the imaging device very close to the object you are looking at," he said. "We are talking about a distance of 10 centimeters, so it would be very difficult for someone to sneak up on you and...you know."
Scientists have known about terahertz waves for a long time, but the devices that measured them were prohibitively expensive for most people, and also large and bulky.
O and his team's imaging chip, which was made with CMOS technology, is small and cheap.
"This is literally small enough that it can be placed on the back of the cellphone," he said.
Modified X-ray vision, here we come!
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Story from The Los Angeles Times
Image courtesy of (Warner Home Video / April 19, 2012)
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New Research Could Mean Cellphones That Can See Through Walls
Team Finds New Possibilities in Untapped Terahertz Range With Implications For a Host of Devices
Apr. 18, 2012
TxACE director Kenneth O (left), professor of electrical engineering, with member Dae Yeon Kim
Dr. Kenneth O, director of the Texas Analog Center of Excellence and a professor of electrical engineering, left, worked with a team including Dae Yeon Kim, who was among the authors of the research report.
Comic book hero superpowers may be one step closer to reality after the latest technological feats made by researchers at UT Dallas. They have designed an imager chip that could turn mobile phones into devices that can see through walls, wood, plastics, paper and other objects.
The team’s research linked two scientific advances. One involves tapping into an unused range in the electromagnetic spectrum. The other is a new microchip technology.
The electromagnetic spectrum characterizes wavelengths of energy. For example, radio waves for AM and FM signals, or microwaves used for cell phones or the infrared wavelength that makes night vision devices possible.
But the terahertz band of the electromagnetic spectrum, one of the wavelength ranges that falls between microwave and infrared, has not been accessible for most consumer devices.
“We’ve created approaches that open a previously untapped portion of the electromagnetic spectrum for consumer use and life-saving medical applications,” said Dr. Kenneth O, professor of electrical engineering at UT Dallas and director of the Texas Analog Center of Excellence (TxACE). “The terahertz range is full of unlimited potential that could benefit us all.”
Tapping the Terahertz Gap
Shown is the electromagnet spectrum, from radio waves used for FM and AM signals, to infrared waves used for remote controls, to gamma rays that kill cancer cells. A team at UT Dallas is focusing on the "terahertz band," which has not been accessible for most consumer devices.
Tapping the Terahertz Gap
Using the new approach, images can be created with signals operating in the terahertz (THz) range without having to use several lenses inside a device. This could reduce overall size and cost.
The second advance that makes the findings applicable for consumer devices is the technology used to create the microchip. Chips manufactured using CMOS (Complementary Metal-Oxide Semiconductor) technology form the basis of many consumer electronic devices used in daily life such as personal computers, smart phones, high definition TV and game consoles.
“CMOS is affordable and can be used to make lots of chips,” Dr. O said. “The combination of CMOS and terahertz means you could put this chip and a transmitter on the back of a cellphone, turning it into a device carried in your pocket that can see through objects.” Due to privacy concerns, Dr. O and his team are focused on uses in the distance range of less than four inches.
Consumer applications of such technology could range from finding studs in walls to authentication of important documents. Businesses could use it to detect counterfeit money. Manufacturing companies could apply it to process control. There are also more communication channels available in terahertz than the range currently used for wireless communication, so information could be more rapidly shared at this frequency.
“The combination of CMOS and terahertz means you could put this chip and receiver on the back of a cellphone, turning it into a device carried in your pocket that can see through objects.”
Dr. Kenneth O,
Texas Instruments Distinguished Chair, TxACE director
Terahertz can also be used for imaging to detect cancer tumors, diagnosing disease through breath analysis, and monitoring air toxicity.
“There are all kinds of things you could be able to do that we just haven’t yet thought about,” said Dr. O, holder of the Texas Instruments Distinguished Chair.
The research was presented at the most recent International Solid-State Circuits Conference (ISSCC). The team will work next to build an entire working imaging system based on the CMOS terahertz system.
Other authors of the paper include Ruonan Han and Yaming Zhang, former students of Professor O, Youngwan Kim and Dae Yeon Kim, TxACE members, and Hisashi Sam Shichijio, research professor at TxACE.
The work was supported by the Center for Circuit & System Solutions (C2S2 Center) and conducted in the TxACE laboratory at UT Dallas, which is funded by the Semiconductor Research Corporation (SRC), the state through its Texas Emerging Technology Fund, Texas Instruments Inc., The UT System and UT Dallas.
Media Contact: LaKisha Ladson, UT Dallas, (972) 883-4183, lnl120030@utdallas.edu
or the Office of Media Relations, UT Dallas, (972) 883-2155, newscenter@utdallas.edu.
ReNuAL side event: Project update and recognition of Member State contributions at the Donor Wall display
This side event will showcase progress in the ReNuAL/ ReNuAL+ project, with an emphasis on the inauguration of the new Flexible Modular Laboratory during the Ministerial Conference opening. The side event will include special recognition of any Member State that has contributed to the ReNuAL+ project on more than one occasion or for the first time since GC (62). The Heads of Delegation of such countries will be recognized at the ReNuAL Donor Wall display. IAEA Vienna, Austria. 29 November 2018
Photo Credit: Dean Calma / IAEA
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Public Domain Book: A handbook of ornament with 300 plates containing about 3,000 illustrations of the elements, and the application of decoration to objects
4th American ed.
by Franz Sales Meyer.
Published 1892 by Architectural book publishing co., inc. in New York .
Written in English.
openlibrary.org/works/OL5432594W/A_handbook_of_ornament_w...
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This is a shot of an old version of Anxiety, a dashboard widget running through Amnesty Singles that works as a simple to do list. However, I've since abandoned this version, in favor of a sleeker 100% cocoa application, which syncs with iCal and Mail; pictures of the newer version can be found in my flickr photos.
Fashion design is the art of the application of design and aesthetics or natural beauty to clothing and accessories. Fashion design is influenced by cultural and social latitudes, and has varied over time and place. Fashion designers work in a number of ways in designing clothing and accessories such as bracelets and necklace, because of the time required to bring a garment onto the market, must at times anticipate changing consumer tastes.
Fashion designers attempt to design clothes which are functional as well as aesthetically pleasing. They must consider who is likely to wear a garment and the situations in which it will be worn. They have a wide range and combinations of materials to work with and a wide range of colors, patterns and styles to choose from. Though most clothing worn for everyday wear falls within a narrow range of conventional styles, unusual garments are usually sought for special occasions such as evening wear or party dresses.
Some clothes are made specifically for an individual, as in the case of haute couture or bespoke tailoring. Today, most clothing is designed for the mass market, especially casual and every-day wear.
Structure[edit]
Fashion designers can work in a number of many ways. Fashion designers may work full-time for one fashion as 'in-house designers' which owns the designs. They may work alone or as part of a team. Freelance designers work for themselves, selling their designs to fashion houses, directly to shops, or to clothing manufacturers. The garments bear the buyer's label. Some fashion designers set up their own labels, under which their designs are marketed. Some fashion designers are self-employed and design for individual clients. Other high-fashion designers cater to specialty stores or high-fashion department stores. These designers create original garments, as well as those that follow established fashion trends. Most fashion designers, however, work for apparel manufacturers, creating designs of men’s, women’s, and children’s fashions for the mass market. Large designer brands which have a 'name' as their brand such as Abercrombie & Fitch, Justice, or Juicy are likely to be designed by a team of individual designers under the direction of a designer director.
Designing a garment[edit]
Fashion designers work in different ways. Some sketch their ideas on paper, while others drape fabric on a dress form. When a designer is completely satisfied with the fit of the toile (or muslin), he or she will consult a professional pattern maker who then makes the finished, working version of the pattern out of card or via a computerized system. The pattern maker's job is very precise and painstaking. The fit of the finished garment depends on their accuracy. Finally, a sample garment is made up and tested on a model to make sure it is an operational outfit.
Fashion design is generally considered to have started in the 19th century with Charles Frederick Worth who was the first designer to have his label sewn into the garments that he created. Before the former draper set up his maison couture (fashion house) in Paris, clothing design and creation was handled by largely anonymous seamstresses, and high fashion descended from that worn at royal courts. Worth's success was such that he was able to dictate to his customers what they should wear, instead of following their lead as earlier dressmakers had done. The term couturier was in fact first created in order to describe him. While all articles of clothing from any time period are studied by academics as costume design, only clothing created after 1858 are considered as fashion design.
It was during this period that many design houses began to hire artists to sketch or paint designs for garments. The images were shown to clients, which was much cheaper than producing an actual sample garment in the workroom. If the client liked their design, they ordered it and the resulting garment made money for the house. Thus, the tradition of designers sketching out garment designs instead of presenting completed garments on models to customers began as an economy.
The garments produced by clothing manufacturers fall into three main categories, although these may be split up into additional, more specific categories
Haute couture[edit]
Main article: Haute couture
Until the 1950s, fashion clothing was predominately designed and manufactured on a made-to-measure or haute couture basis (French for high-sewing), with each garment being created for a specific client. A couture garment is made to order for an individual customer, and is usually made from high-quality, expensive fabric, sewn with extreme attention to detail and finish, often using time-consuming, hand-executed techniques. Look and fit take priority over the cost of materials and the time it takes to make.[1][2] Due to the high cost of each garment, haute couture makes little direct profit for the fashion houses, but is important for prestige and publicity.[3]
Ready-to-wear (pret-a-porter)[edit]
Main article: Ready-to-wear
Ready-to-wear clothes are a cross between haute couture and mass market. They are not made for individual customers, but great care is taken in the choice and cut of the fabric. Clothes are made in small quantities to guarantee exclusivity, so they are rather expensive. Ready-to-wear collections are usually presented by fashion houses each season during a period known as Fashion Week. This takes place on a city-wide basis and occurs twice a year. The main seasons of Fashion Week include, spring/summer, fall/winter, resort, swim, and bridal.
Mass market[edit]
Main article: Mass market
Currently the fashion industry relies more on mass market sales. The mass market caters for a wide range of customers, producing ready-to-wear garments using trends set by the famous names in fashion. They often wait around a season to make sure a style is going to catch on before producing their own versions of the original look. In order to save money and time, they use cheaper fabrics and simpler production techniques which can easily be done by machine. The end product can therefore be sold much more cheaply.[4][5][6]
There is a type of design called "kutch" design originated from the German word "kitschig" meaning "ugly" or "not aesthetically pleasing." Kitsch can also refer to "wearing or displaying something that is therefore no longer in fashion."[7] Often, high-waisted trousers, associated with the 1980s, are considered a "kitsch" fashion statement.[8]
Income[edit]
Globe icon.
The examples and perspective in this section may not represent a worldwide view of the subject. Please improve this article and discuss the issue on the talk page. (December 2010)
Median annual wages for salaried fashion designers were $61,160 in May 2008. The middle 50 percent earned between $42,150 and $87,120.[9] The lowest 10 percent earned less than $32,150, and the highest 10 percent earned more than $124,780. Median annual earnings were $52,860 (£28,340) in apparel, piece goods, and notions - the industry employing the largest numbers of fashion designers.[10]
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I picked up my pandigital novel 7 at Radio Shack on sale. My theory is that I could get a lot of uses from my computer similar to a tablet computer at an inexpensive "e-reader" price. The theory has thus far proven valid. I've been able to install a youtube application (though the instructions with the device suggested I could not), to install an app for my mog.com subscription music account, to install TuneinRadio which streams lots of internet radio, and to add Kindle and Kobo e-reader apps to the in-built Barnes & Noble Nook app. In addition to the SlideMe marketplace, I've been able to download apps from the Amazon marketplace. This little device has been a lot of fun, and very useful.
Les députées européens demandent l'application de la parité pour les hauts postes de l'Union Européenne.
photo Loïc de Fabritus.
Rafael Mariano Grossi, IAEA Director General, welcomes delegates and participants as he delivers his opening remarks at the virtual meeting of the Standing Advisory Group on Nuclear Applications (SAGNA) held at the Agency headquarters in Vienna, Austria. 11 February 2021. Joining the DG in this meeting are Najat Mokhtar, IAEA Deputy Director General and Head of the Department of Nuclear Sciences and Applications, Jean-Pierre Cayol, Departmental Programme Coordinator, Department of Nuclear Sciences and Applications, Toshio Kaneko, Special Assistant to the Director General for Nuclear Energy, Nuclear Applications and Technical Cooperation and Sayed Ashraf, Senior Scientific Adviser to the DG.
Photo Credit: Dean Calma / IAEA
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