Word: liquidly
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...enriched uranium," i.e., uranium rich in fissionable 11-235. Around the core is a "fertile blanket" of 11-238, the spent metal that remains when U-235 is extracted from natural uranium to make atom bombs. Through both blanket and core circulates a sodium-potassium alloy that is liquid at ordinary temperatures. This coolant carries away the heat of the nuclear reaction. The fluid metal leaves the reactor at 660° F., and produces enough steam to generate 250 kw. of power...
...tremendous. In the DanviUe plant every few days (just how often is a Merck secret), chemical operators pour 1,500 lbs. of glistening white crystalline bile acid ($37,500 worth at quoted prices) into a 1,000-gallon still. In the still are hundreds of gallons of a solvent liquid with which the bile acid goes through its first reaction in its long, tedious process toward cortisone. Within hours this reaction is complete and a precipitant is added, causing Intermediate Compound No. 1 to separate from the solution as a white powder...
...first four Sauter-Finegan recordings have an enlarged percussion section (xylophone, bells, kettledrums, etc.). But each side has a definite mood of its own: Rain sizzles like a summer shower on a slate roof; Azure-Te hits a melancholy note with a low, liquid flute sound (played on a recorder); Stop! Sit Down! Relax...
When Nichols took over Mathieson, the company was barely keeping pace with the fast-growing chemical industry. It had only three plants, turning out caustic soda for making rayon, soda ash for glassmaking, and liquid chlorine. By a series of mergers and purchases, Nichols expanded to 20 plants and moved into other fields. He bought a fertilizer company and two of the biggest sulphuric acid plants in. the world, pioneered in the field of petrochemicals by extracting them from natural gas far from the well and close to the customer...
...trouble with this method is that the bodies dry flat, squashing down to thin, distorted films. Last week Professor (of biophysics) Robley C. Williams of the University of California told of a better method. He puts a film of collodion on a copper disk cooled with liquid air (temp. ~377-6° F.). Then he sprays his microorganisms on the cold film. They freeze solid in a flash. When he pumps the air from around them, their moisture passes directly from ice to vapor, leaving their empty husks in the exact shapes they had at the instant they were frozen...