The paper also analyzes the main factor influents the performance of piezoelectric sensor and the stick arts should be noticed in practice 还分析了影响压电传感器性能的主要因素，和在实际应用中应该注意的粘贴技术。
5 . an optimized piezoelectric quartz crystal sensor array has been designed and assembled by using five individual vibration electrical circuits 采用5个单独的振荡电路，设计并组装了一种具有优化电路的压电传感器阵列装置。
Today , micro sensors have been the mainstream of the development of the sensors , because of their lower cost , smaller dimension , and higher performance 其中,微机电传感器凭借其低成本、小体积、高性能的优势,成为精密传感器发展的主流。
Piezoelectric sensors and actuators are adhered to the base material directly , and compose the active vibration control system along with the single chip 压电传感器和驱动器直接粘贴在母体材料上，和单片机控制系统一起构成了压电式主动减振智能结构。
In addition , the theory of fractal reaction kinetics was appiied to study biomoiecuiar reactions on the surf8ce of the piezoeiectric sensor in the first time 另外，本文首次应用分形反应动力学理论对压电传感器表面发生的生物大分子反应进行了初步探讨。
Finally , an experimental research for composite laminated flat is carried out to analyze the signal of piezoelectric plat with partially debonding at the transducer - structure interface 对其表面粘贴的含有脱胶损伤的压电传感器响应信号进行了时域、频域的分析。
In recently research , it had been used in many research fields such as molecular recognition , clinical diagnosis , molecular filming , surface property research , poison research and so forth 目前,压电传感器在分子识别、临床诊断、分子成膜过程、表面性质、毒理研究等领域中已得到较为广泛的应用。
Two piezoelectric pressure transducers are used to measure the resulting pressure wave . and a high speed video camera is used to recode the growth and collapse of gas bubbles and cavitation behind the valve 利用压电传感器测量了管路中的压力变化,并用高速摄像机记录了阀门处气泡和气穴的产生及破灭过程。
Magnetoelectric sensor is a kind of non - contact sensor and has some useful characteristics , such as non - contact , high response frequency , low power waste , high reliability , long life - span and etc 磁电传感器是一种非接触式传感器，它具有无触点、无开关瞬态抖动、响应频率高、低功耗、高可靠性和长寿命等特点。
The most of the successful micro machined sensors adopt the construction of micro cantilevers . for example , the resonant pressure micro sensors , and the micro machined force - balance capacitive accelerometers 而较成功的微机电传感器,如谐振式压力传感器和力平衡式电容微加速度传感器,均采用了微悬臂梁结构。
