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Some aspects of load switching at generation of pulse train series in the generators based on inductive storages of energy

机译：基于能量感应储存的发电机中脉冲系系列的脉冲系系列的负荷切换的一些方面

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Due to their high density of energy and low cost the inductive storages (IS) in combination with a high resource switch have greater potential compared to the storage capacitors. Among their advantages is the generation of pulse series at high efficiency of energy transfer. One of possible applications for the generators based on IS was proposed, namely generation of series of gigawatt power individual pulses with a pulse duration of ∼10−2 sec and more. A rail launcher of macro-size bodies was taken as the load. The proposed variant of the generator and accelerator can be used to launch bodies of several kilograms at a pulse series of 5–10 pulses per second. The pulse generator is based on a transformer IS with switching the turns of the secondary winding. A rail accelerator with its inductance of 1μH/m is used as the load and the duration of a single pulse in the train is to 2–3·0−4 sec. The number of pulses in train is determined by the conditions of allowable spread of the operation current in the secondary winding of IS (∼5%) and can vary from 100 to 150 pulses. Such an accelerator is intended to accelerate a macro-size body of an order of one gram.
机译：由于它们的高密度和低成本，与存储电容相比，电感存储器（IS）与高资源开关组合具有更大的电位。它们的优点是高能量转移效率的脉冲系列的产生。提出了一种基于发电机的可能应用之一，即产生一系列GigaWATT电源单个脉冲，脉冲持续时间为~10 -2 sec等。宏观尺寸体的铁路发射器被视为负荷。发电机和加速器的所提出的变型可用于在每秒5-10脉冲的脉冲系列处发射几千克的体。脉冲发生器基于变压器，通过切换次级绕组的匝。具有1μH/ m电感的轨道加速器用作负载，列车中的单个脉冲的持续时间为2-3·0 -4 秒。列车中的脉冲数由允许的次级绕组中的操作电流的允许扩散的条件确定（〜5％），并且可以从100到150个脉冲变化。这种加速器旨在加速一个克的宏观体的宏观体。

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