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Tritium-Charged Capacitor

机译:t充电电容器

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摘要

Calculations and measurements are presented for direct capacitor charging from tritiated electrodes, efficiency in converting beta decay energy into electric current, the effect of geometry on charging current, and the dielectric engineering options/trade-offs. Experiments using 1.4 × 10~(12) Bq (38 Ci) of tritium provided a 148-nA short circuit (charging) current at 5300 V of open circuit voltage, giving 160-μW peak electrical power, with 12.5% overall efficiency. Calculations are in good agreement with the measured voltage accumulated over time for the tritium capacitor.
机译:提出了针对and电极直接电容器充电,将β衰变能量转换为电流的效率,几何形状对充电电流的影响以及介电工程选择/折衷的计算和测量方法。使用1.4×10〜(12)Bq(38 Ci)的在5300 V开路电压下提供148nA短路(充电)电流,可提供160μW的峰值电功率,总效率为12.5%。计算与the电容器随时间累积的测量电压非常一致。

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