Word: thermally
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...everybody, that is, but the local Poujadists. They plastered the town with posters: "Bourbouliens, whom are they making a fool of? If poor little Pyrame is wheezing or broken-winded, there's a way to deal with him-slaughter him! . . . Bourbouliens, are you going to remain untouched when thermal services are frankly insufficient for adults as well as children...
...steel (1,500,000 Ibs. at $10 a Ib. was shipped in 1955). But in 1948, with the start of the atomic power plant program, the AEC found it needed almost pure zirconium. Since it does not become radioactive, it is an ideal construction material for light, compact, thermal-type reactors such as those on the submarines Nautilus and Sea Wolf. A Bureau of Mines pilot plant and, later, Carborundum Co. developed processes to refine 99.5% pure zirconium, gradually brought the price down to $14 a Ib. on total production of 300,000 Ibs. annually...
Gold believes htat dust and debris from the crater-building explosions filled in most of the older craters on the moon's surface. Since there is neither wind nor rain on the moon, the dust would stay more or less where it settled except when agitated by thermal or electrical disturbances. If such is the case, says gold, the dust could "flow over the surface like a liquid, running down the sides of cold craters to fill in the bottoms." Gold therefore believes that the moon's vast plains are not exposed layers of lava but oceans...
...modified versions of the record-shattering plane in the X-1B and X-1E, and only three days after the mishap, it announced that its far more advanced experimental Bell X2, already tested in glides from 30,000 ft., is now ready for even faster powered flight through the "thermal thicket." Launched, like the X-1A, from a mother plane, and pushed by a rocket engine designed to give a 16,000-lb. thrust, the slim-nosed, stainless steel X-2 will be used mainly to explore the effects of high speed and air friction on the metals used...
...more expensive than the Nautilus, the world's first atomic-powered submarine (TIME, Jan. 11, 1954). The drastic differences are inside: to further nuclear development, the Navy deliberately chose two distinct, competitive types of atomic reactors to power steam turbines aboard the two vessels. Unlike the water-cooled thermal reactor on the Nautilus, the Seawolf's high-speed reactor will be cooled by liquid sodium, will create more heat and energy and burn more nuclear fuel...