DYNAMIC CHARACTERISTICS OF A LIQUID METAL REGULATING DEVICE.

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作者：
PLATATSIS, E.YA.
POSLYUCHENKO, R.E.
THOMSONS, E.YA.
LIEPA, E.L.
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| 1981年 / V 17卷 / N 2期
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摘要：
THE OBJECT OF THIS STUDY IS TO CONSTRUCT A MATHEMATICAL MODEL OF A LIQUID METAL REGULATING DEVICE, COMPARE ITS THEORETICALLY AND EXPERIMENTALLY DETERMINED CHARACTERISTICS, AND THUS EXPLAIN THE NATURE OF THE TRANSIENT PROCESSES IN IT. ACCORDINGLY, MOST ATTENTION IN THE EXPERIMENTS WAS PAID TO THE DYNAMIC CHARACTERISTICS OF THE LOOP, ITS RESPONSE TO A STEP-LIKE PERTURBATION SIGNAL ACTING ON THE ELECTROMAGNETIC PUMP. THE FLOW RATE OF LIQUID METALS IN THE LOOP, THE PRESSURE ON AND THE DISPLACEMENT OF THE BELLOWS COVER, AND THE ELECTRIC CURRENTS IN THE ELECTROMAGNETIC PUMP WERE RECORDED ON OSCILLOGRAMS.
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页码：194 / 198
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