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首页> 美国政府科技报告 >Circuit and Magnetic Analysis for a System of Faraday Rotator Coils Driven by a Two-Spool, Four-Rotor Homopolar Generator
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Circuit and Magnetic Analysis for a System of Faraday Rotator Coils Driven by a Two-Spool, Four-Rotor Homopolar Generator

机译：双线圈四转子同极发电机驱动的法拉第转子线圈系统的电路和磁分析

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As part of a cost optimization study, a computer based circuit analysis is performed to determine the energy storage requirements a homopolar generator must meet to drive an inductive load of Faraday rotator coils, which is an option considered for the Lawrence Livermore Laboratory (LLL) Shiva laser system upgrade. The reference load consists of five parallel sets of three different size solenoidal coils in series. Each coil is modelled as a series inductance and resistance. The homopolar is modelled as a capacitance in series with a resistance and an inductance. The transmission lines connecting the homopolar and the coils are modelled as series inductances and resistances. The initial homopolar voltages and energies to create the required coil magnetic fields are obtained versus the small coil turns, homopolar capacitance, and line length, as are the times to current maximum, peak homopolar currents, and peak coil currents. For 50 ft lines, the minimum initial homopolar voltage varies from 20 to 17 MJ. The axial magnetic field variation in the rotator glass is

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