1) critically damped circuit
临界衰减的振荡电路;临界阻尼回路
2) critically damped harmonic motion
临界阻尼谐振荡
3) critically damped oscillation
临界阻尼振荡
4) critical damping
临界衰减
5) critical state of weakly damped vibration
弱阻尼振动的临界状态
1.
In this paper, it is pointed out that the accuracy of measurement must be considered for the discussion about the restitution time of damped vibration, and it is in the “critical state of weakly damped vibration” defined by this paper, not the critical damping state, that the restitution time is the shortest.
本文指出在讨论阻尼振动的回复时间时必须要考虑仪器的测量精度才有意义 ,而且并非临界阻尼运动的回复时间最短 ,而是本文所定义的“弱阻尼振动的临界状态”的回复时间最短 ,进而导出了在给定测量精度时最短回复时间所满足的方
6) critical damping
临界阻尼
1.
The critical damping characteristics of a linear oscillator was analyzed based on energy method and the conclusion obtained is that the linear oscillator at critical damping state can pass the balance site once under specific condition,the force of the oscillator possesses the“critical property”and the energy E(t) curve of the oscillator is the fastest convergent.
从能量出发 ,分析线性振子的临界阻尼特性 ,从而证明 :在特定条件下处于临界阻尼状态的线性振子能越过平衡位置一次 ;振子的势力F临(t)具有“临界性” ;振子的能量E临(t)曲线具有“最快收敛”特性。
2.
After analyzing the damped motion of vibrator, the paper derives additional conditions for critical damping.
分析了振子的阻尼运动,得到了临界阻尼的附加条件,讨论了在一定的实验误差要求范围内,欠阻尼振子比临界阻尼振子更快地回到平衡位置的问题。
3.
This article analyses its irregular attenuated movement in the condition of over damping and critical damping.
分析了振子在过阻尼和临界阻尼情况下的非周期衰变运动 。
补充资料：阻尼振动
见线性振动。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条