压电

yā diàn
  • piezoelectricity;piezoelectric
压电压电
压电[yā diàn]
  1. 压电DNA传感器检测模式对频率漂移的影响

    Influence of Measurement Modes on Frequency Drifts in Piezoelectricity DNA Detection

  2. 压力膨化处理和充电方法对PP蜂窝膜压电性的影响

    Influences of pressure treatment and charging method on the piezoelectricity of cellular polypropylene film

  3. 干涉法测量压电材料复压电常数e(31)

    A Method for measuring Complex Piezoelectric Constants e_ ( 31 )

  4. 高Qm、低损耗压电陶瓷材料的研究

    Study on High Qm , Low Dielectric Loss Piezoelectric Ceramics Materials

  5. 充电期间的热处理对PP蜂窝膜驻极体压电性的影响

    Influence of Thermal Treatment During Charging on the Piezoelectricity of Cellular Polypropylene Electret

  6. 为研究压电薄膜驱动的应用,介绍了一种MEMS压电喷墨打印机喷头的工作原理。

    Working principle of a MEMS piezoelectric inkjet print head is introduced .

  7. 目的研究酶生物信号放大系统用于放大DNA压电传感器检测信号的可行性和有效性。

    Objective To research on the possibility and the efficiency of the enzyme biological signal amplification system applied to DNA piezoelectric biosensor .

  8. Hilbert变换在压电智能结构冲击定位中的应用

    Application of Hilbert transform in identifying impact location of piezoelectric smart structure

  9. TiO2纳微孔膜增敏的压电石英晶体传感器

    Improvement of piezoelectric crystal sensor with TiO_2 nano / microporous films

  10. 高g常数的梯状结构PZT压电陶瓷&国外新型压电材料简介

    High g-constant Piezoelectric PZT Ceramic with Ladder Type Structure & A brief introduction of new external piezoelectric material

  11. 掺杂PZT压电陶瓷材料的研制及其发展趋势

    The Development of the Doped PZT Piezoelectric Ceramic Materials and Their Developing Trends

  12. PZT压电薄膜微传感器的优化设计

    The Optimization Design of PZT Piezoelectric Thin Film Microsensor

  13. Rainbow压电陶瓷的制备及其结构

    Manufacture and Structure of the Rainbow Piezoelectric Ceramics

  14. PVDF压电薄膜制作传感器的理论研究

    Theoretical Study of PVDF Piezoelectric Film for Design of Sensors

  15. 溶液法PVDF压电薄膜极化工艺研究

    Polarization process research of PVDF film in solution fabrication method

  16. 基于dSPACE的石英压电电机PID控制系统实时仿真

    The real-time simulation of the PID control system for piezoelectric motor based on dSPACE

  17. 低温烧结PZT–0.5%PbO·WO3压电陶瓷

    Low temperature sintered pzt – 0.5 % pbo wo_3 piezoelectric ceramics

  18. 用有限元分析软件ANSYS对四分压电陶瓷管进行模态分析,得出该陶瓷管的前12阶谐振频率和模态振型。

    Using the ANSYS software of finite element , modal analysis is executed and twelve steps harmonic frequency are obtained .

  19. 压电蜂鸣器用PZT材料的研制

    Investigation of PZT Material for Piezoelectric Buzzers

  20. PZT压电陶瓷制备中的几个问题

    Several Problems in PZT Piezoelectric Ceramics Preparation

  21. 研究了压电陶瓷(PZT)驱动电源对不规则信号的动态响应特性。

    We studied the dynamic response characteristics of the PZT driver response for the irregular signals .

  22. 将压电陶瓷泵应用于国内液冷散热器的研究,进一步扩大了国内CPU液冷散热问题的研究领域。

    It makes piezoelectric ceramic pump really apply to domestic liquid-cooling radiator research , extending the fields of the domestic CPU liquid-cooling system .

  23. Hg(C4H8N2S)3Cl2晶体压电系数的测量

    Measurement on Piezoelectric Constants of Hg ( C_4H_8N_2S ) _3Cl_2 Crystal

  24. 随着复合材料中PZT压电陶瓷粉含量的增加,复合材料的阻尼性能增加;

    Along with compound material in PZT piezoelectricity ceramics powder content increase , compound material damping performance increase ;

  25. Na(1/2)Bi(1/2)TiO3-BaTiO3系陶瓷压电性及弛豫相变研究

    Piezoelectric Property and Relaxation Phase Transition of Na_ ( 1 / 2 ) Bi_ ( 1 / 2 ) TiO_3-BaTiO_3 System

  26. 结果表明:在AFM摩擦试验中,压电陶瓷的滞后效应和非线性效应的影响比较显著;

    The results indicate that the effect of hysteresis and nonlinear of the piezo-tube are significant on the friction measurement with the AFM .

  27. 利用ANSYS有限元分析以及实验找到了三个主要参数对于压电式电-气转换器固有频率的影响趋势,得到了三个参数的最佳组合。

    According to the ANSYS finite element analysis and experiment , the influencing tendency of the three main factors has been got , along with the best parameters collocation .

  28. 这些应用包括高分辨率彩色喷墨打印机、气流发生器件、压电陶瓷继电器、压电旋转马达、光纤开关和CCD摄象器。

    The applications discussed are high-resolution color ink-jet printers , air-flow generating fans , piezoelectric ceramic relays , piezoelectric rotating motors , optical fiber switches , and CCD imaging devices .

  29. 利用Schmidt方法研究压电材料Ⅰ-型界面裂纹问题

    Investigation of the Behavior of a Model - ⅰ Interface Crack in Piezoelectric Materials by Using the Schmidt Method

  30. NS型与VEECO型压电阀脉冲特性测试

    Pulse response test of NS and VEECO piezoelectricity valves