1) single drum vibration mode
单鼓振动模式
2) single drum mode
单鼓模式
3) active vibration isolation module
模块式主动隔振单元
1.
Research on structural dynamic characteristics of active vibration isolation module;
模块式主动隔振单元结构动力特性研究
4) vibration modes
振动模式
1.
The factor group symmetry analysis and position symmetry analysis were both used for the crystal vibration modes of calcite(CaCO3),and those modes were found definitely and rapidly with their spectral characteristics described separately.
分别运用因子群对称分析法和位置群对称分析法对方解石(CaCO3)晶体的振动模式进行了详细的理论分析,快速得到方解石晶体的具体振动模式,并明确指出了各振动模式的光谱特性,同时还比较了两种分析方法的适用性。
2.
5 nm),the appeared fluorescence peaks were analyzed the tetrahedral,octahedral and dodecahedral structure of Nd:GGG crystal were contacted with the Raman peaks,and the vibration modes were also recognized.
5 nm波长激发,区分开了荧光峰与拉曼峰,对出现的荧光峰进行了分析与讨论,将其中的拉曼振动峰与Gd3Ga2(GaO4)3(GGG)晶体四面体、八面体和十二面体的结构相联系,并对其振动模式进行了分类和指认,为将来进一步研究Nd:GGG晶体生长时固液边界层的结构及生长基元在边界层内的变化规律奠定了一定的基础。
3.
The driven voltage, response time, release time and vibration modes of the capacitive switch are optimized by the Intellisuite~ TM software.
采用Intel-lisuiteTM软件优化电容开关的驱动电压、响应时间、释放时间和机械振动模式。
5) vibrational mode
振动模式
1.
The E_1 and E_2 vibrational modes at Γ point for chiral single wall carbon nanotubes;
单壁手性碳纳米管Γ点E_1和E_2振动模式
2.
The frequency equation was derived and the vibrational modes of the resonator were analyzed.
在计及压电效应的情况下，本文利用解析方法对有限尺寸压电陶瓷矩形振子的三维振动进行了研究，推出了振子耦合振动的共振频率方程，并对振子的振动模式进行了分析。
6) Vibration mode
振动模式
1.
Possible vibration modes are investigated by analyzing some of the separate vibrations and coupled vibrations.
基础动力分析的常见方法是按几种独立振动和耦合振动分别进行分析讨论 ,研究了几种可能的振动模式。
2.
The vibration mode and vibration spectrum of PCl_3, have been studied by using the way of grouptheory.
利用群论方法研究了 PCl_3 分子的振动模式和振动光谱。
3.
0,different vibration modes of ringshaped traveling motor with 45mm diameter are obtained.
0工程分析软件数值解析获得 45mm环形行波压电马达的振动模式,并用POLY-TEC-300扫描激光多谱勒技术测试了试样表面的微观振动,获得了有关样品在不同振动模式下定子表面的振动位移以及振动模态信息,为深入研究压电电机的工作机理及优化样品的结构提供了重要的实验依据。
补充资料：单鼓
单鼓
单鼓 病名。即鼓胀。《丹溪心法·鼓胀》：“鼓胀又名单鼓。”详鼓胀条。
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