热电偶

Thermal instruments (bi-metallic thermometer, thermocouple, thermal resistance, temperature transmitter, smart digital display regulator and intelligent temperature controller, such as instrumentation and complete sets of equipment).

热工仪表（双金属温度计、热电偶、热电阻、温度变送器、智能数显调节仪及智能温度控制器等仪表和成套设备）。

To validate the theoretical predictions, an insole embedded with heating wire was made. Infrared thermometer and thermocouple data acquisition system were adopted to evaluate the working performance of the heating insole. The powering capability of lithium cell as used in the insole was also tested through subsequent measurement.

同时设计加热实验对数值模拟结果进行验证，引入红外成像技术及热电偶测温方法对实验过程及结果加以观测和记录，并对实验中所采用的锂电池供电性能进行测试。

The main products of our company are LED-column type digital display transmitter, alarm display converter, polling system alarm instrument, intellectual adjusting instrument, flux integrating controller, Q,D instrument, rack-mounted, wall-mounted, clamp type instruments, flashing alarm instrument, three-phase controllable silicon temperature controller, diffused silicon pressure/fluid level transmitter, capacitance voltage/pressure transmitter, thermocouple, thermo-resistance, bimetal thermometer, onsite thermal calibration devices, automation device.

公司主要生产光柱数字式显示变送仪、显示变送报警仪、巡检变送报警仪、智能调节仪、流量积算控制仪、Q、D型操作器、架装式、墙挂式、卡式仪表、闪光报警器、三相可控硅微处理温度控制柜、扩散硅压力/液位变送器、电容式差压/压力变送器、热电偶、热电阻、双金属温度计，现场热工校验装置、自动化成套设备，可广泛地应用于炼油、化工、建材、轻工、冶金、纺织等行业的温度、压力、流量、液位等参数的自动化监测和控制。

Thermocouple is a kind of the most widely used temperature sensor.

热电偶是应用最广泛的一种温度传感器。

Thermocouple is one kind of common temperature element.

热电偶是一种常见的测温元件。

The principle of the new thermocouple is based on the third law of thermoelectricity, i.

此热电偶的原理是基于热电特性的第三原理。

The difference between the two Zn thermocouple is higher than 20°C.

两个锌液热电偶之间不同的温度相差20°C。

Listed below is our guide to thermocouple types.

以下显示的是热电偶的类型列表。

The use of other types of thermocouple elements require approval by SECCO.

其它类型的热电偶元件的使用要得到赛科的批准。

The graduation of a thermocouple should be done with 0℃ at the reference end.

各种热电偶的分度是在参比端为0℃时制定的。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。