He's also very good at making thin value bets on the river.
|
|
Several groups are working on making thin-film solar panels in this way.
|
|
Engineers are exploring its potential for making thin, wearable sensors, implants and drug-delivery devices.
|
|
In particular, it has fired engineers' imaginations with the possibility of making thin, flexible, semi-transparent electronics.
|
|
Soldering the SSD and RAM is good for making thin machines, but terrible for upgrades, repairs, and adds to e-waste.
|
|
Meanwhile, instead of making thin excuses to the press, these same officials could be repurposing their considerable power and influence to make a lasting change.
|
|
My hope with these snapshots is to reassure you that, compared with the experts, we're all on training wheels when it comes to making thin laminated pastry.
|
|
As the DVD market collapsed, making thin studio profit margins even thinner, film companies became desperate to cut marketing costs ("spray and pray" television campaigns mostly) by going directly to consumers through Facebook, Instagram and Twitter.
|
|
At home my mother was making thin cabbage soup and scrounging together used cooking oil to light the lamp for the third night of our own celebration, coughing as she worked: another deep chill had rolled in from the woods, and it crept through every crack and eave of our run-down little house.
|
|
"Autapulu" is a wide tattooing comb used to fill in the large dark areas of the tattoo. "Ausogi'aso tele" is a comb used for making thick lines. "Ausogi'aso laititi" is a comb used for making thin lines. "Aumogo" small comb is used for making small marks.
|
|
Often recovered from a permineralized plant or animal host, these samples are typically studied by making thin-section preparations that can be examined with light microscopy or transmission electron microscopy.Taylor and Taylor, p. 19. Compression fossils are studied by dissolving the surrounding matrix with acid and then using light or scanning electron microscopy to examine surface details.Taylor and Taylor, pp. 7–12.
|
|
Often recovered from a permineralized plant or animal host, these samples are typically studied by making thin-section preparations that can be examined with light microscopy or transmission electron microscopy.Taylor and Taylor, p. 19. Researchers study compression fossils by dissolving the surrounding matrix with acid and then using light or scanning electron microscopy to examine surface details.Taylor and Taylor, pp. 7–12.
|
|
This was used for making thin soluble wafers for customers who needed medication dissolved in water. The prescribed ingredients were mixed to a paste with a binding agent and milk sugar. The mixture was then smeared over the top plate, which was flipped up so the wafers would slide into the bottom tray and could be dispensed via the extended section at the corner.
|
|
CCVD can produce coatings with orientation from preferred to epitaxial, and can produce conformal layers less than 10 nm thick. Thus, CCVD technique is a true vapor deposition process for making thin film coatings. The CCVD coating process has the ability to deposit thin films in the open atmosphere using inexpensive precursor chemicals in solution leading to continuous, production-line manufacturing. It does not require post-deposition treatment e.g.
|
|
Ancient Egyptians developed stringed instruments, such as harps, lyres and lutes, which required making thin strings and some type of peg system for adjusting the pitch of the strings. Ancient Egyptians also used wind instruments such as double clarinets and percussion instruments such as cymbals. In Ancient Greece, instruments included the double-reed aulos and the lyre. Numerous instruments are referred to in the Bible, including the horn, pipe, lyre, harp, and bagpipe.
|
|
A black lacquered natsume and bamboo tea scoop Broadly speaking, an usucha-ki is a wooden vessel with a lid, designed to hold powdered tea for making thin tea. Traditionally, usucha-ki are hand-carved from wood or bamboo, and usually are lacquered. They may also feature designs painted, applied, or carved into them, using for instance the maki-e or raden techniques. Today, cheaper, mass-produced plastic usucha-ki are also available.
|
|
His first assignment was to develop an electron multiplier to go with the Image Orthicon. This tube, which proved to be 100 times more sensitive than its predecessors, was used for the first 20 years of television broadcasting in the United States. In 1961, Weimer began making thin-film transistors in a coplanar process on glass substrates. In a typical process, he would deposit a gold source and drain, then deposit polycrystalline semiconductor material, and place a gate on top.
|
|
Segrè's group had tested samples of plutonium bred in the Manhattan Project's nuclear reactors and found that it contained quantities of plutonium-240, an isotope that caused spontaneous fission, making Thin Man impractical. In July 1944, Oppenheimer reorganised the laboratory to make an all-out effort on implosion. McMillan remained in charge of the gun-type weapon, which would now be used only with uranium-235. This being the case, Thin Man was replaced by a new, scaled-back design called Little Boy.
|
|
This 2009 photo shows music production using a digital audio workstation (DAW) with multi-monitor setup. Music technology is the study or the use of any device, mechanism, machine or tool by a musician or composer to make or perform music; to compose, notate, play back or record songs or pieces; or to analyze or edit music. The earliest known applications of technology to music was prehistoric peoples' use of a tool to hand-drill holes in bones to make simple flutes. Ancient Egyptians developed stringed instruments, such as harps, lyres and lutes, which required making thin strings and some type of peg system for adjusting the pitch of the strings.
|
|
The coefficient of restitution entered the common vocabulary, among golfers at least, when golf club manufacturers began making thin-faced drivers with a so-called "trampoline effect" that creates drives of a greater distance as a result of the flexing and subsequent release of stored energy, imparting greater impulse to the ball. The USGA (America's governing golfing body) has started testing drivers for COR and has placed the upper limit at 0.83. In April 2006 issued a more detailed report using five of the top golf balls used by professional golfers. In this report facts about golf balls beyond the subject of COR are highlighted.
|
|
Example of a lacquerware natsume Chaki () is a Japanese term that literally means "tea implement". In the vocabulary of Japanese tea ceremony, it broadly means (1) any implement used in the practice of chanoyu, and more narrowly means (2) the caddy for the powdered green tea (matcha) used in the tea-making procedures, although usually this implies (3) the caddies used in the procedures for making thin tea (usucha).A Chanoyu Vocabulary: Practical Terms for the Way of Tea (Tankosha, 2007) In this article, the term applies to definition 2. The caddies generally referred to as chaki are relatively small lidded containers, and are not storage vessels.
|
|