论文标题
随机状态变换过程和时间解析的速度光谱法
Stochastic state-transition-change process and time resolved velocity spectrometry
论文作者
论文摘要
存在随机效应的颗粒（身体）运动可以视为随机过程。然而，用于描述粒子运动的广为已知的随机过程的应用减少到相对较小的粒子传输现象。随机状态变换变换（STC）过程适用于许多系统的描述。在本文中，显示了可以在STC过程的帮助下得出时间分辨速度光谱法的假设公式。它为在存在随机效应的情况下在力场中移动的粒子的统一描述打开了新的可能性。它扩展了物理过程中随机过程理论的应用的可能性。
Motion of particles (bodies) in presence of random effects can be considered stochastic process. However, application of widely known stochastic processes used for description of particle motion is reduced to relatively small class of particle transport phenomena. Stochastic state-transition-change (STC) process is suitable for description of many systems. In this paper it is shown under which assumptions formulae of time resolved velocity spectrometry can be derived with the help of STC process. It opens up new possibilities of unified description of particles moving in a force field in presence of random effects. It extends possibilities of applications of theory of stochastic processes in physics.
