This paper describes the principle and realization of random laser emission.
文章介绍了粉末随机激光的原理及其实现过程。
A new approach for assessing harmonic emission levels from nonlinear loads is proposed with inverse sum of random vectors.
提出用概率求和估计非线性负荷谐波发射水平的新途径。
Systemically studied pseudo random coding theory, and designed the control circuits of pseudo random laser emission and image catching synchronously.
系统研究了伪随机编码理论，并硬件实现了瞬态激光伪随机编码调制及同步图像捕捉控制电路。
In terms of the summation rule of random vectors, the approach effectively solves the problem involved in the effect of the harmonic emission on the individual voltage levels.
该方法基于随机矢量加法法则，考虑到不同电压等级之间谐波的相互渗透作用，提出了可行的解决途径。
The radiative transfer theory of Stokes vectors is developed to study multiple-scattering, propagation, and thermal emission in random media.
本文讨论了极化电磁波在随机介质中多次散射，传输和热辐射的斯托克斯矢量的辐射传输理论。
The radiative transfer theory of Stokes vectors is developed to study multiple-scattering, propagation, and thermal emission in random media.
本文讨论了极化电磁波在随机介质中多次散射，传输和热辐射的斯托克斯矢量的辐射传输理论。
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