1.
Treatment measures of ferromagnetic resonance in 6kV auxiliary power system of power plant
发电厂6kV厂用电系统铁磁谐振处理对策
2.
Using Mathematica to Calculate the Quantum Oscillator;
用mathematica处理量子谐振子
3.
Dealing with crystals, make sure you understand the difference between series and parallel resonant.
处理晶振时，务必理解串联谐振和并联谐振的区别。
4.
Discussion on Causes and Treatment of 6KV PT Resonance
浅谈6kV PT谐振原因及处理方法
5.
Analysis on resonant damage of potential transformer in 35 kV substation and relevant anti-resonance measures
35kV电压互感器发生谐振的原因分析及处理
6.
A NEW TECHNOLOGY OF MICROWAVE TREATMENT OF OIL CONTAMINATED DRILLING WASTE IN A SINGLE MODE CAVITY
石油钻井废弃物微波单模谐振腔处理新工艺
7.
Problems of Serial Resonance Voltage Withstand Test for GIS and the Resolutions
气体绝缘金属封闭开关设备谐振耐压试验及异常情况的分析处理
8.
A semi-supervised learning system was proposed based on ART (adaptive resonance theory).
根据自适应谐振理论提出了半监督学习自适应谐振理论系统。
9.
Correct Comprehension and Use of the Period Formula on Harmonic Vibration Particle;
谈谐振子周期公式的正确理解和使用
10.
Understanding of Designment of Physical Courseware-Decrease Syntony Libration by using Authorware;
用Authorware制作物理课件——简谐振动的体会
11.
Theory and Experiments on Microring Resonators and Their Applications
微环谐振器及应用的理论与实验研究
12.
Theoretical analysis of a new type of chip LC resonator
一种新型片式LC谐振器的理论分析
13.
SOLUTION OF THE SCHRODINGER EQUATION FOR THE HARMONIC OSCILLATOR WITH ZERO POTENTIAL BEYOND A DIFINITE DISTANCE
有限远处谐振子的势为无穷时薛定谔方程解
14.
Two Research Methods of the Probability of Perturbated Harmonic Oscilltor in All Its States;
受微扰的谐振子处于各态几率的两种探讨方法
15.
Hertz resonator
赫兹共振器赫兹谐振器
16.
Measurement of input current harmonic wave and methods of reducing harmonic wave
输入电流的谐波检测计算与降谐处理方法
17.
The method for prediction of chatter based on the vibration signal processing
一种基于振动信号处理的颤振预报方案研究
18.
sound resonant cavity
伴音谐振腔(电视)