2) Slow polarization effect
慢极化效应
1.
The slow polarization effect εrL=1.
研究了样品在正弦外电压作用下通过的电流,发现它主要是不遵从RLC电路方程的慢极化效应所提供的吸收电流,其幅值与位移电流的幅值相近。
2.
5TiO3(BST) ceramics in frequencies from 10-4Hz to 105 Hz, it can be proved that if slow polarization effect in a given sample is very larger than fast polarization effect, the set of AC circuit equations depending on which complex dielectric constants are calculated are proved not to be correct any longer.
用钛酸锶钡陶瓷在10~-4～10~5Hz范围内证明了虽可用常规方法测出一个复介电常数,但因样品中慢极化效应比熟知的快效应大得多,使交流测量所依据的公式不再正确,故得到的复介电谱只是形式上的,并没有具体的物理意义。
3.
The experiment shows that under the action of sinusoidal voltage, current flowing through the sample is mainly caused by the motion of slow polarization effect that do not obey RLC circuit equation.
实验观察到在正弦外电压作用下通过样品的电流主要是不遵从RLC电路方程的慢极化效应所提供。
3) fast-slow effect
快慢效应
1.
Because of the different scale between the natural frequency and the excitation frequency,fast-slow effect was obviously found on the behaviors of both the weak and strong excitation,such as periodic solutions, quasi-periodic movements,and even for chaotic oscillation.
指出无论在弱激励还是在强激励下,由于系统的固有频率与外激励频率存在量级上的差距,其相应的各种运动模式,诸如周期运动、概周期运动甚至混沌运动均表现出明显的快慢效应,进而从分岔的角度分析了不同快慢效应的产生机制。
6) time dilation effect
钟慢效应
1.
The results of studying show that time dilation effect in horizontal motion of compound pendulum is a result of the change in mechanism of dynamics such as acceleration of gravity,such in vertical motion of compound pendulum is due to both the change in mechanism of dynamics and the change in mechanism of kinematics.
研究复摆钟在相对论运动下的钟慢效应和复摆钟发生钟慢效应的内在机制。
2.
The mutuality of the time dilation effect is elaborated by example.
通过例子阐明狭义相对论中钟慢效应是相互的道理 。
补充资料：极化效应
是城市特别是大城市通过其强烈的吸引力，将人、财、物、信息等自然、社会、精神的因素在城市高度凝聚
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