1)  microtrabecular network
微梁网
2)  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。
3)  Micro-beam
微梁
1.
Micro-beams are being developed as a key component in various resonator based micro-systems, such as resonant accelerometers, micro-electro- mechanical filters, and micro-vibromotors.
微梁正在发展成为各种微系统共振器,如共振加速度器、微机电滤波器、微振动电机等的重要部件。
4)  resonant microbeam
谐振微梁
1.
Analysed is quality factor of the resonant microbeam in vacuum.
考虑到谐振微梁振动时,撞击在微梁两侧的分子数目和分子速率分布的差异,对Kadar等人提出的撞击微梁的分子速率分布函数做了修正。
5)  microtrabecular network
微梁骨架
1.
Using DGD embedment_free electron microscopy, ultrastructural observation on the intra_ and intercellular microtrabecular network (MN) of the pollen mother cells (PMC) of the whole meiotic prophase Ⅰ in onion ( Allium cepa L.
)花粉母细胞为材料,采用DGD包埋去包埋原位技术,对花粉母细胞不同发育时期的细胞内、细胞间微梁骨架的超微结构进行了电镜观察。
6)  micro-cantilever array
微梁阵列
7)  micro-cantilever sensing
微梁传感
8)  Microbridge Structure
微梁结构
1.
Design and Fabrication of the chip of Microbridge Structure Thermocouple Type Microwave Power Sensor;
微梁结构热偶微波功率传感器芯片的设计与制作
9)  Bend
微梁弯曲法
10)  microbeam resonator
微梁共振器
1.
The effect of base structural deformation on inherent frequency of a microbeam resonator is analyzed by using analytical method.
利用解析方法分析了基座变形对微梁共振器固有频率的影响。
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
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