1) PT1000 type of thermal resistance
PT100热电阻
1.
By comparing thermocouple and PT1000 type of thermal resistance,we can choose the one that can be more suitable for construction of underground and more accurate.
通过比对热电偶和PT100热电阻两种测温传感器,从而选取更适合于井下施工,测量更加精确的采空区温度测量传感器。
3) Pt100 platinic resistance
Pt100铂电阻
1.
Combining the characteristics of stability and duplication of Pt100 platinic resistance,limited by the application enviroument,the TCM-3 thermometer uses the Pt100 platinic resistance as the sensor.
TCM-3型测温仪采用Pt100铂电阻作为温度传感元件,结合铂电阻稳定性和重复性好、线性度高的特点及实际应用环境的限制,通过后续电路的设计使TCM-3型测温仪达到了要求的测量精度,并从理论上进行误差分析,检验了其测量精度的可靠性。
4) Linear Fitting of PTlOO's Temperature Resistance Curve
PT100温阻线性拟合
5) resistance heating
电阻加热
1.
To determine the parameters such as input power,heating current,samples' temperature distribution,and their variations the resistance heating process of cold-rolled strip samples was investigated on the electric and thermal theories in combination with FEM.
为了确定薄板试样电阻加热系统的参数,掌握加热过程中电功率和电流的变化规律以及试样温度场的分布,利用电、热学理论,并结合有限元软件对薄板试样电阻加热过程进行了分析。
2.
Having compared with the heating principles of the existing hyperthermic cancer therapy,the method of resistance heating is a better heating scheme and be adopted as the heating principle of the thermal needle medical.
通过与现有的癌症温热疗法所采用的加热方法相比较，作者选用了电阻加热方法作为温针的加热方法。
6) thermal resistor
热敏电阻
1.
The study and application of the primary current limiting harmonic excluder for the type of the thermal resistor;
热敏电阻型一次限流消谐器的研究及应用
2.
A recorder based on the thermal resistors is used to monitor and record the state of the dielectric sample which is put into HV square wave life testing.
该仪器通过PTC热敏电阻监测高压回路中限流电阻温度变化提取介质击穿信号,以单片机AT89c55为运算控制中心,采用热信号时间差分数字算法处理及控制信号。
补充资料：热电阻
利用金属或半导体的电阻值随温度变化的原理制成的传感器，是温度测量仪表中常用的一种温度测温元件。金属热电阻的电阻值随温度上升而增大，常用的有铂热电阻（测温范围为-200～＋850℃）、铜热电阻（-50～＋150℃）和镍热电阻（-60～＋180℃）3种。热电阻大多是用直径 0.04～0.1毫米的纯金属丝绕在片状或棒状的云母、玻璃、陶瓷或胶木骨架上制成的。在工业应用中它一般装在金属保护套管内，以防止损坏；也有做成铠装的。热电阻的外形与热电偶相似。铂热电阻复现性好，性能稳定，精确度高，在精密测温和控温中广泛应用。半导体热敏电阻也是常用的一种热电阻，它的电阻值随温度上升而减小。其特点是灵敏度高，体积小，反应速度快，但互换性较差，测温范围为-100～＋300℃。
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