1) micro silicon beam
微硅梁
1.
The optically excited vibrating mechanism of the micro silicon beam is experimentally studied.
用实验的方法研究了微硅梁在光激励下产生谐振的机理 ,解释了微硅梁在光激励下的谐振是由于光 热 机能量转化的结
3) silicon micro-cantilever
硅微机械悬臂梁
1.
The resonant characteristics of the silicon micro-cantilever resonator were investigated under electro-thermal resistor excitation.
采用电热激励、压电拾取方法对硅微机械悬臂梁的谐振性能进行了实验研究。
4) silicon beam
硅梁
1.
By the experimental results,a highly sensitive silicon beam integrated of heating and detecting elements was designed.
通过实验观察了痕量梯恩梯的爆燃现象及其规律,并在此基础上设计了一种集成有加热元件和检测元件的高灵敏度硅梁结构。
5) bi-material silicon microcantilever
硅基双层微悬臂梁
6) microcantilever
微梁
1.
Both the deflection and the resonant frequency of a microcantilever vary with the change of temperature.
双层材料微梁是一种常见的高灵敏度微梁传感结构,温度变化会使微梁发生弯曲形变并改变微梁的谐振频率。
2.
A novel relative humidity measurement method based on microcantilever resonance was presented to construct the theoretical relationship between the resonant frequency and the relative humidity.
提出了一种基于微梁谐振原理的相对湿度检测方法。
补充资料：奉和梁王宴龙泓应教得微字
【诗文】：
水府沦幽壑，星轺下紫微。鸟惊司仆驭，花落侍臣衣。
芳树摇春晚，晴云绕座飞。淮王正留客，不醉莫言归。
【注释】：
【出处】：
全唐诗：卷52_15
水府沦幽壑，星轺下紫微。鸟惊司仆驭，花落侍臣衣。
芳树摇春晚，晴云绕座飞。淮王正留客，不醉莫言归。
【注释】：
【出处】：
全唐诗：卷52_15
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