In this paper the general expression of the filling factor of spherical storage bulb for the hydrogen maser is derived.
本文推导了氢原子激射器球形贮存泡填充因子的普遍表达式。
The peak position and intensity of the magneto-optical conductivity depend strongly on the filling factor and the broadened DOS.
研究结果表明磁光电导谱的峰值和强度强烈依赖于填充因子和态密度。
It is analyzed by numerical computation that the temporal growth rates and the frequency of PASOTRON are affected by the filling factor of plasma.
并通过数值计算分析了等离子体填充因子对PASOTRON的时间增长率及工作频率的影响。
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