进口工业网的GHT-1C型号低热量传感器测试土壤中直接的、局部的热通量。
The Model GHT-1C Geothermal Heat Flow Transducer measures directly, local heat fluxes in the earth.
传感器里面装有被加热过的细丝，它通过记录细丝上热量的流失速度工作。
The sensors themselves contained heated filaments and worked by recording how quickly the heat was lost.
同样温度感应器会因为电池过热而终止充电，但由于充电电流太低，也不能另电池产生足够的热量让温度传感器感应。
Although the temperature sensors will safeguard battery overheating, lower charging rate might not cause enough heating in the batteries to trip the sensors.
论述了热量测量原理及实现方法，建立了温度传感器、流量传感器的数学模型。
It is reported the heat measurement principle and its realizing methods in this paper and established the mathematical models of temperature sensor and liquid sensor.
在建立温度传感器和流量传感器数学模型的基础上，详细阐述了智能热量表的软硬件设计方法。
Based on the mathematical models of temperature sensor and flow sensor, the design methods of software and hardware of intelligent heat meter were narrated.
在一台小型高速单缸压燃式发动机上，利用商用辐射传感器测量了缸内辐射传热量。
The heat radiation in cylinder of a high speed light load compression ignition engine is measured using a heat radiation sensor.
论述了热量测量原理及实现方法，建立了温度传感器、流量传感器的数学模型。
This article discusses that heat measurement principle and the realization methods. It builds the mathematical models of temperature sensor and liquid sensor.
目前已经普及的氢气传感器为接触燃烧式，即使用催化剂使氢气燃烧来检测发热量。
Hydrogen is already popular sensor for exposure to combustion-type, namely the use of a catalyst to make hydrogen is burned to detect heat.
被动式运动传感器，也称为PIR(被动式红外线)传感器，通常用于能够检测人体热量的安全灯。
Alternatively passive motion sensors, also known as PIR (passive infrared) sensors are typically used on security lights which detect the heat of a human body.
本章介绍两种温度传感器和采用热偶及2182a型纳伏表的微热量测量系统。
This section describes two types of temperature sensors and a microcalorimetry measurement system using thermocouples and a Model 2182a Nanovoltmeter.
本章介绍两种温度传感器和采用热偶及2182a型纳伏表的微热量测量系统。
This section describes two types of temperature sensors and a microcalorimetry measurement system using thermocouples and a Model 2182a Nanovoltmeter.
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