Word: detectably
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Dates: during 1950-1959
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...first radars of World War II could detect invading aircraft (giving the R.A.F. a big advantage in the Battle of Britain), but they were not much good on smaller targets. Modern radar is vastly more sophisticated, and a wondrous new refinement is an eye developed by the Army Signal Corps in collaboration with Hazeltine Corp. It can stare through darkness or fog at a terrain of tangled scrub and tell if a man is crawling through it two miles away; it can look at a walking human six miles away and tell whether its target is male or female...
...just come back from Geneva, and he was convinced that the U.S., lacking clear ideas of what it is trying to achieve, had let the test-ban conference become an exercise in futility. Lost in the floundering was the U.S.'s sense-making proposal to ban easy-to-detect atmospheric tests (from ground level to 31 miles up)-a proposal (TIME, April 27) that could be put into effect on short notice if the Russians really wanted to start with a workable agreement...
...voltage. "Are you smart enough to understand everything I explain to you?" he asked. "Da," grinned Kozlov. Pointing out a relatively simple, 2,300-volt pump, Rickover cracked: "Even a politician can understand this." A few minutes later, without batting an eye, the admiral announced: "We can detect your bomb explosions." Kozlov guffawed. Said Rickover: "I wanted to see how long it would take you to react...
...President today, next week, and every week until this Congress adjourns, and to come back and do it all over again at the second session." To capture the White House in 1960, Clark said, the party would need to write a Democratic record. "If the people cannot detect any difference between the parties, why should they wish to make a change...
Pomeroy and Sutton are guarded about the effect their filters will have on international networks for detecting underground nuclear tests. They calculate that six stations equipped with the new instruments could detect most underground disturbances anywhere on earth that have the energy of a "nominal" (20-kiloton) nuclear bomb. Between 20 and 50 stations (v. the presently postulated 180) would be required not only to detect but also locate such disturbances. They are not prepared to estimate just how many more would be required to detect explosions of bombs as small as 5 kilotons or how accurately they could distinguish...