微悬臂,cantilever英语短句,例句大全

微悬臂,cantilever
1)cantilever[英]['k?nt?li:v?(r)][美]['k?nt?'liv?]微悬臂
1.Design and Development of Cantilever in AFM/STM;AFM/STM系统中微悬臂的设计和研制
2.The special structure of the lens body of the atomic force microscope system and the manufacture and detection method of the new-type cantilever are introduced in detail.阐述该原子力显微镜的工作原理、组成及应用,详细介绍了该AFM镜体的独特结构和新型微悬臂的制作及其检测方法。
3.To solve the question that piezoelectric microcantilever in atomic force microscope (AFM) vibrates at the frequency nearby resonance in tapping mode, the vibration model of microcantilever is proposed and the first several vibration modes are simulated.针对原子力显微镜AFM(Atomictorcemicroscope)在轻敲工作模式下微悬臂在谐振频率附近振动的问题,依据振动学理论和仿真分析的方法,建立了微悬臂的振动模型,仿真出了微悬臂前几阶的振动模态。

英文短句/例句

1.Study on the Quality Factor Control Technology of the Microcantilever;微悬臂梁品质因数Q控制技术的研究
2.Reliability for Microcantilever Device Manufacture Craft微悬臂梁器件制作工艺的可靠性研究
3.Research on Fabrication of Silicon Micro-cantilevers based on MEMS Technology基于MEMS技术硅微悬臂梁制作工艺研究
4.Cantilever Dynamics of AFM Scanning Over Quantum Dots;原子力显微镜扫描量子点的微悬臂动力学研究
5.CONTROLLING CHAOTIC MOTION IN THE MICROCANTILEVER OF AN ATOMIC FORCE MICROSCOPY原子力显微镜微悬臂梁的混沌运动控制
6.Keywords: micro-cantilever sensor, mechanical model, piezo-resistive materials, finite element method.关键词：微悬臂梁感测器、学模型、阻材料、限元素法。
7.The Fracture Reliability Model of Polycrystalline Silicon Microcantilever;多晶硅微悬臂梁断裂失效的可靠性模型建立
8.Application of ANSYS in analyzing temperature field of FPA;ANSYS在FPA结构微悬臂梁温度场分析中的应用
9.Bi-Material Microcantilever’s Thermomechanical Performance and Materials Selection: An Analysis;双金属微悬臂梁的选材及热机械性能分析
10.Research of Microcantilever Biochemical Sensing Technique Based on Optical Readout基于光学读出的微悬臂梁生化传感技术研究
11.Study on Methods of Calculation of Multi-layer Micro-cantilever Spring Constant多层微悬臂梁弹性常数的计算方法的研究
12.Studying the Mechanical Properties of Micro-Cantilever Beam Based on Neural Network基于神经网络模型的微悬臂梁力学特性研究
13.Simulations of piezoresistive microcantilever sensors for surface stress measurements表面应力敏感型压阻微悬臂梁传感器的模拟
14.Sacrificial Layer Etching Technology and It's Application on Micro-cantilever Beam牺牲层腐蚀技术在微悬臂梁器件制作中的应用
15.Microcantilever Matrix Sensor Fabrication for Cell Traction Force Measurement微悬臂梁矩阵细胞牵引力测量传感器研制
16.Label-free detection of clenbuterol based on microcantilever利用微悬臂梁传感对瘦肉精进行非标记检测
17.The Application of Microcantilever Array for Cell Traction Force Measurement微悬臂梁阵列在细胞牵引力测量中的应用
18.Multi-physics Analysis of an Electrostatically Actuated Microcantilever in Viscous Fluids流体环境中静电微悬臂梁的多场耦合仿真分析

相关短句/例句

microcantilever微悬臂
1.Theoretical computation on the shape changing displacement of AFM microcantilever;原子力显微镜微悬臂变形位移的理论计算
2.At present,there are two micro structure maded by MEMS technology:microbridge in the microbolometer FPA and bimaterial microcantilever of microcantilever detector.目前,应用MEMS技术制作的主要有微测辐射热计微桥结构和微悬臂红外探测器双层悬臂结构2种。
3.A method to increase the detection sensitivity and to speed up analysis of microcantilever array biosensor is reported.微悬臂列阵传感器在生物检测方面具有快速、痕量和非标记的特性。
3)micro-cantilever微悬臂
1.This model used a STM to detect the shift of the micro-cantilever.该样机采用扫描隧道显微镜检测微悬臂的起伏 ,通过四维机械驱动和双压电陶瓷扫描 ,有效提高了扫描精度 ,扩大了扫描范围 ,简单适用的微悬臂使操作大大简化。
2.We established the thermodynamic model of micro-cantilever with its variable regularity analysis,.利用准分子加工系统制备了长度750 μm的光热微悬臂,采用波长655 nm 的红光半导体激光作为驱动源,利用自制的控制监控系统进行了微悬臂的光热膨胀性能测试实验。
4)microcantilever微悬臂梁
1.Amplifying of the quality factor of AFM microcantilevers in liquid environment;提高液体中AFM微悬臂梁品质因数的研究
2.Microcantilever-based Sensors and Their Chemical and Biological Applications;微悬臂梁传感器及其在生化领域的应用
3.Ultra-small mass detection based on a higher harmonics microcantilever in liquid;基于微悬臂梁高次谐波的微小质量检测技术研究
5)Micro cantilever微悬臂梁
1.Progress on micro cantilever resonant gas sensors;微悬臂梁谐振式气体传感器研究进展
2.The mechanicalcharacteristics of micro cantilever are highlighted in the process of study andapplication.微悬臂梁结构在微观领域有着广泛的应用,而微悬臂梁结构的机械特性又是研发和使用过程最为关心的参数之一。
6)micromechanical cantilever微悬臂梁
1.Si/SiO 2 double-l a yer micromechanical cantilever resonato rs with electric-thermal excitation are fabricated by microelectronic and microm echincal technologies.制作了电热激励硅 /二氧化硅双层微悬臂梁谐振器。