ZM:零动量
“Zero Momentum”(常缩写为ZM)是气象学及相关科学领域中常用的专业术语,通常指大气或流体系统中动量为零的临界状态。该表达通过缩写形式便于学术交流中的快速书写与使用,其中文直译即为“零动量”。
Zero Momentum的英文发音
例句
- In-Orbit Identification of the Inertial Matrix of Zero Momentum(ZM) Satellite
- 基于GTLS的零动量(ZM)卫星惯量矩阵在轨辨识
- In accordance with zero momentum flywheel system, based on classic control theory, a PID control law is developed, and control law stability and robustness are analyzed at the same time.
- 本文针对零动量(ZM)飞轮,基于经典控制论设计了PID反馈线性化控制律,并分析了其稳定性和鲁棒性;
- A new controller is designed by using the Backstepping sliding mode control method for the under-actuated systems described by ( w, z ) parameter, under the assumption of zero momentum for the spacecraft.
- 在零动量(ZM)的假设下,利用Backstepping滑模控制方法,为基于(w,z)参数描述的欠驱动姿态控制系统设计了一个新型的姿态控制器。
- In accordance with zero momentum flywheel system, we present a kind of improvement PID control law, through the simulation, it has a better effect.
- 对于零动量(ZM)轮控方案,提出一种改进的PID控制规律,通过仿真,有更好的效果。
- In 1924 Einstein made a famous forecast that was : under some low temperature, a macro-number of atoms would condensate into the lowest energy state of zero momentum, then would form the macro-quantum state.
- BEC是由Einstein在1924年提出的一个著名预测。它是指在某个临界低温下,宏观数量的原子将凝聚到动量为零的最低能量状态,形成宏观量子态。
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