Word: path
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Dates: during 1960-1969
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...ever saw." Because the thrust was against the direction of flight, it had a braking effect, reducing Gemini-Agena's velocity and cutting the apogee of its orbit from 476 to 245 miles. A final maneuver placed the astronauts in a 240-mile circular orbit slightly inside the path of Agena 8, now 1,245 miles ahead...
...Jones was in command of his own ship at 21, and Pitt the Younger was Prime Minister of England at 24. But complex technologies and lengthy professional studies have forced young men to play the waiting game. Also, they have lost what Lexicographer Bergen Evans notes was "the fastest path of advancement-dead men's shoes." In Europe and Asia, the old still hold sway. In the heart of Europe, De Gaulle is in full command at 75, and it is unlikely that Germany would defy ex-Chancellor Adenauer...
What Welch's protagonist comes to, first of all, is the noisy antiseptic indignity of life in a hospital ward. Patients are frenzied or conniving; doctors hearty and indifferent. Drifting in and out of fantasies, he plods a painful path from demi-death to limited life. Welch's perceptions are keen, and his imagery probes reality like a scalpel. A nurse's face "gained an unreal nutcracker severity from the curve and compression of her nose and lips. It was as if a heavy weight on her head had crumpled the features underneath." Railroad tracks, "like never...
Nature's relief, the cool jet stream from Canada, was pushed out of its normal path by a unique high-pressure system, as impenetrable as a brick wall eight miles high. The barrier actually comprised three immense, tightly interlocked, high-pressure cells without precedent in more than a decade. At week's end one of the highs, out in the Pacific, shifted a bit, and a welcome Arctic draft sneaked through the wall to break-at least temporarily-the dog days of July. August was yet to come...
Subatomic World. Though SLAC's 20 BEV output is exceeded by the more familiar synchrotrons-devices that accelerate atomic particles by whirling them in a circular path-linear acceleration has several advantages. The beam is easier to control, more accessible for experimentation and bombards a target with more particles per second -increasing the probability of particle interaction. Even more important, circular accelerators cannot impart energies of more than about ten BEV to electrons which radiate away much of their energy when traveling in a circular path. Synchrotrons and other circular accelerators such as cyclotrons and betatrons are usually used...