1) primary resonance solution
主共振解
1.
In investigation,the existence conditions of primary resonance solution and subharmonic resonance solutions are obtained.
利用该方法可求出广泛的一类强非线性系统主共振解及次谐共振解存在的条件并能从相关公式知道系统的基本参数对系统特性的影响，可为避免共振提供理论依据，同时可通过相关公式的引导来调节系统的基本参数从而改变系统特性。
2) resonance-demodulation
共振解调
1.
The research of rolling bearing fault diagnosis based on resonance-demodulation with software;
基于软件共振解调分析的滚动轴承故障诊断
2.
The Software System for the Rolling bearing Fault Diagnosis Based on Resonance-demodulation;
基于软件共振解调分析的滚动轴承故障诊断系统开发
3) resonance demodulation
共振解调
1.
Wavelet analysis and resonance demodulation for diagnosing the mechanical fault;
共振解调和小波分析在机械故障诊断中的应用
2.
The on-line detecting damage of the train bearing with acoustics resonance demodulation technology;
用声学共振解调技术检测列车轴承损伤的研究
3.
Application of the resonance demodulation technology in the fault diagnosis of ship machinery
共振解调技术在船舶机械故障诊断中的应用
4) resonance cleavage
共振解调
1.
The principles of the wavelet analysis and resonance cleavage and their application in the machinery fault detection are introduced.
介绍小波分析和共振解调技术的原理及在机械设备故障诊断中的应用。
5) demodulated resonance
共振解调
1.
A method using demodulated resonance technique based on blind source separation is developed for gear contact diagnosis.
提出一种运用基于盲源分离的共振解调技术对齿轮齿面接触故障进行诊断的方法。
2.
Discrete time Fourier transform(DTFT) is applied to the spectrum analysis of the demodulated signal in demodulated resonance technique.
把离散时间傅立叶变换用于共振解调技术中共振解调信号的谱分析,利用信号的离散时间傅立叶变换可以得到任意高频率分辨率的谱线图,而不受采样点数的限制。
6) Demodulated resonance technique
共振解调
1.
： Discussed in this paper is the essentiality and demand content of the bearings＇ check during the traction motor＇s empty－carry test． Especially discussed is how to test motor bearings by demodulated resonance technique and temperature－rise measure
论述牵引电机空载试验中轴承考核检查的重要性和主要内容，主要探讨运用共振解调技术和温升检测进行牵引电机空载试验轴承考核的方法。
2.
The characteristic of demodulated resonance technique used in condition monitoring of rolling bearing was reviewed.
通过分析用于滚动轴承状态监测的共振解调技术 ,发现由于滚动轴承不同元件的故障特征频率不同 ,因此用共振解调技术对滚动轴承进行状态监测时就需要具有不同中心频率的带通滤波器 ,使得检测线路及设备过于复杂。
补充资料：领解后谢主司
【诗文】：
壮心未宜逐樵渔，泰运咸思备扫除。
剑责百金方折阅，玉遭三黜忽沽诸。
红绫敢望明年饼，黄绢深惭此日书。
三策举场非古赋，上天何以得吹嘘。
【注释】：
【出处】：
壮心未宜逐樵渔，泰运咸思备扫除。
剑责百金方折阅，玉遭三黜忽沽诸。
红绫敢望明年饼，黄绢深惭此日书。
三策举场非古赋，上天何以得吹嘘。
【注释】：
【出处】：
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