Word: chambers
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Dates: during 1950-1959
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...factory, 16 years later was its general manager. The family firm still employs fewer than 100 workers, but Fritz Mueller has spread its name and fame by being a prodigious civic-affairs man-president of the Grand Rapids Furniture Makers Guild, the local United Hospital Fund, the Chamber of Commerce, and football-boosting member of the governing board of Michigan State University (he holds an honorary M.S.U. doctor of laws degree and a gold-engraved lifetime pass to all M.S.U. athletic events). But neither his conservatism nor his clubbiness prevented him from pulling out of the National Association of Manufacturers...
...Hundred Years of Brass Music (The Chamber Brass Players; Classic Editions, mono). Two trumpets, a trombone, a French horn and a tuba huff their way through the once enormously popular brass works of several composers, some famed, most of them forgotten-Tielman Susato, Giovanni Gabrieli, Antony Hoiborne, Johann Petzold, Henry Purcell. The burnished sound is properly refulgent, and the flowering, agile compositions themselves will come as a pleasant surprise to many a listener accustomed to the statelier, stuffier uses of modern brass...
Acoustica engineers explain that when a solid fuel burns in a high-pressure combustion chamber, the components, e.g., ammonium perchlorate and polystyrene, turn to gases that mix in a thin layer on its surface. Part of the heat generated strikes back to the fuel, gasifies more of it, and so keeps the flame burning. When this characteristic was discovered by Dr. Martin Summerfield of Princeton, the next step was to look for something that would control the gas mixture. A faster mixing would increase the burning rate, while slower mixing would decrease it. If the control were precise enough, scientists...
...Alvarez of the University of California last week held up a strange photograph that looked a little like a nonobjective drawing. It was in fact a picture of one of nature's innermost secrets. Made possible by use of California's new 6-ft. liquid hydrogen bubble chamber (TIME, July 13), it showed for the first time the birth, death and after effects of an anti-lambda particle...
...bubble-chamber picture (see cut), an antiproton from the Bevatron enters at bottom and hits a proton (1): out of the collision come one lambda and one anti-lambda particle. Since both are neutral electrically, they leave no tracks in the liquid hydrogen, but after a short, invisible career, each decays into track-leaving particles by which it can be identified. The lambda ( 2) turns into a proton and a negative pi meson, both of which go off the picture leaving strong curved tracks. The anti-lambda (3) turns into an antiproton and a positive pi meson. The positive...