1) gas pressure microsensor
气压微传感器
1.
This paper presents the working principle, processing circuits, and integrating processes of thermal gas pressure microsensors.
本文介绍了加热式气压微传感器的工作原理、处理电路及其集成工艺方案。
2) micro gas pressure sensor
微气压传感器
1.
Aiming at the static and dynamic performance tests of the micro gas pressure sensor with micro-hotplate,an automatic control system were established,which could maintain steady vacuum degree.
针对微热板式微气压传感器的动、静态性能测试,建立了一套保持真空度稳定的控制系统。
2.
To realize the real-time control of vacuum environment in the static and dynamic performance test of micro gas pressure sensor with micro-hotplate, simulations to the vacuum testing environment were carried out.
针对微热板式微气压传感器的静态和动态性能测试,对传感器的真空测试环境进行了实时控制仿真。
3.
Aiming at the static and dynamic performance tests of the micro gas pressure sensor with micro-hotplate,an automatic control system were established,which could maintain steady vacuum degree.
针对微热板式微气压传感器的动、静态性能测试,建立了一套保持真空度稳定的控制系统。
3) thermal gas pressure microsensor
微加热式微气压传感器
1.
Three types of test circuits, including constant temperature circuit, constant power circuit and constant bias circuit were designed according to resistance of the heater in thermal gas pressure microsensors.
根据已研制的微加热式微气压传感器的加热电阻,设计了恒温、恒功率、恒压电桥三种测试电路,并对它们作了深入的分析对比。
4) Micropressure Transducer
微压传感器
1.
The Role of Four-electrode Chemical Etching in Production of Micropressure Transducer;
四电极电化学腐蚀在微压传感器制造中的应用
5) micropressure sensor
微压传感器
1.
Novel method used to measure sensitivity of piezoelectric micropressure sensor;
测量压电式微压传感器灵敏度的新方法
2.
A new model of SOIM micropressure sensor is designed with electrostaticclose-joint technique of silicon boracium silicate glass and thinning technique of single crystalsilicon micrometer grade，acquiring the prepardtion method of this structure and itscharacteristics：high-temperature resistance, anti-shock, high limited pressure.
采用硅－硼硅酸盐玻璃静电封接技术、单晶硅微米级减薄技术和金属膜制做技术，设计了一种新型ＳＯＩＭ结构微压传感器，并对其结构、特性和制作过程进行了研究。
6) atmospheric pressure sensor
气压传感器
1.
Neural network arithmetic of atmospheric pressure sensor and realization by MCU;
气压传感器神经网络算法及单片机实现
2.
In this design, an atmospheric pressure sensor whose resistance changes with pressure is adopted.
设计中采用了压阻式气压传感器,运用了C8051F单片机及UART、SPI等通信技术和低功耗的措施,实现了数字式气压高度表的模块化、小型化和智能化误差补偿,特别适用于无人机之类的小型飞行器上的使用。
补充资料：微生物传感器
分子式：
CAS号：
性质：将微生物和其他材料制成微生物固定化膜，覆盖在电化学电极(如铂电极)上。如荧光假单胞菌，能同化葡萄糖(底物)，将其制成固定膜后，因微生物在同化底物时将消耗溶液中的氧，因此用氧电极加以测定，即可得知葡萄糖的含量。
CAS号：
性质：将微生物和其他材料制成微生物固定化膜，覆盖在电化学电极(如铂电极)上。如荧光假单胞菌，能同化葡萄糖(底物)，将其制成固定膜后，因微生物在同化底物时将消耗溶液中的氧，因此用氧电极加以测定，即可得知葡萄糖的含量。
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