Word: liquids
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Dates: during 1920-1929
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...into a surface tank partially filled with butane or some other hydrocarbon of low vaporization point. In the tank the ice water would freeze and release it? comparative heat; the heat would volatilize the butane; the gaseous butane would run a low-pressure turbine. To condense the butane to liquid, after it had rotated the turbine, he would pass it through brine made from the ocean waters. And so the pumping, power-generating would go on. In theory the process is feasible. In experiment it has proved workable...
...perhaps in a steel-mill that he would find his most congenial employment. For the heart of the steel-mill is the flame of its furnace, and the power of the steel-mill is the heat of that flame. Cold and solid is steel to the layman. Hot and liquid it is to the steelworker, who is essentially one of dozens of cooks attending a titan's kettle of boiling muck. To him, it seems, the fiery mess is continually boiling over from the kettle's snouty spout. First, a trickle of fat sparks. Then the trickle turns...
...Theatre will welcome the auspicious debut of the "talkie" in Harvard Square, especially if succeeding talking pictures are up to the standard of "Weary River", the current photoplay. Richard Barthelmess's pleasing singing voice is not marred in its new medium: Betty Compson's femininity is enhanced by the liquid notes falling from her sultry lips. The orchestral accompaniment adds to the realism of this juxtaposition of hard-boiled night life on Broadway and the reformatory influences of Sing Sing prison...
...When a fire occurred the townspeople pulled out the fire engine, a crude, hand-worked pump which they kept filled by means of bucket chains extending to the nearest lake or river. One of these engines is shown in the accompanying picture with a fireman on top directing the liquid stream...
Genesis of Continents. Earth has a rind 2,000 miles thick, a core 4,000 miles in diameter. The core is a hot, viscous liquid, composed chiefly of iron and held within the mighty pressure of the rind. At times the central heat melts spots in the rind; asthenoliths or blisters result 30 to 600 miles below Earth's surface. The asthenoliths may be hundreds of miles wide, 10 to 20 miles thick. So theorized Leland Stanford's Bailey Willis...