热电偶温度仪软手提箱（聚乙烯）。
优秀的超快速热电偶温度表，是霓虹灯应用的完美选择。
Great ultra fast thermocouple probe for tubular glass perfect for Neon Applications.
最后将薄膜热电偶温度传感器用于化爆材料模拟切削试验。
At last, TFT are applied to the chemical explosive material simulation cutting test.
热电偶温度仪是一款适用于恶劣厨房环境或食品加工环境中的高精确度仪器。
The AquaTuff? 35100-k model is a high accuracy instrument designed to withstand the harsh environments in a kitchen or in food processing.
阐述了热电偶温度变送器的设计思想，分析了其具体电路设计及调试测量结果。
This paper introduces closely the designing ideas of thermocouple temperature transmitter and presents the specific circuit design. It analyzes its parameters and testing results.
讨论了微机化热电偶温度表的原理、设计和作用，介绍了系统的框图和程序设计的流程图。
The principle, design and function of thermo-couple-meter based on microprocessor are described, the block diagram of the system and flow-chart of master program are also introduced in this paper.
介绍采用数字温度传感器进行冷端测温，微控制器进行计算处理，对热电偶温度实时修正的方法。
A method of thermocouple cold junction temperature real time compensation was introduced, which utilizes digital sensor to measure temperature, and micro-controller to process the temperature data.
为了确保热电偶温度计测温的准确性，不仅在出厂时要对它进行严格检定，而且在随后的使用过程中还要进行周期性检定。
To ensure the thermocouple's veracity, it must be verified strictly before it is sold, and be calibrated periodically in the process of its use.
通常这种热-电转化方式是利用热电偶实现的。 热电偶由两层不同的金属构成，其中一层比另一层温度高时就在两层金属间产生电流。
The usual way to do this is with a thermocouple—a sandwich of two metals that produce a current when one side of the sandwich is hotter than the other.
要设法用表面热电偶检查口模出口温度。
Try checking the die exit temperature with a surface thermocouple.
由于补偿导线和热电偶的热电级材料并不完全相同，所以要求它们连接处两接点温度相同，否则又会引入误差。
Since the electrode material of compensating wire and cable and thermocouple are different, the two contacts at the connection must be at the same temperature to avoid further error.
电效应。两种不同的金属焊接在一起可以将热能转化成电能。在炼油厂，根据这一原则，通过使用热电偶来测量温度。
Electrical effect. Two different metals welded together can transform heat energy into electrical energy. This principle is used in the refinery to measure temperature by use of thermocouples.
一般温度的测量，只考虑对流换热对热电偶测温的影响，未考虑热辐射对热电偶测温的影响。
General temperature measurement only considers the effect of convection and conduction on the thermocouple measurement and not consider the effect of thermal radiation.
要用热电偶实现精确的温度测量，参考端温度必须保持恒定；如果会变化，必须提供这些变化的适当补偿。
To make accurate temperature measurements with thermocouples, the reference junction temperature must remain constant. If it varies, suitable compensation for these variations must be provided.
器具的放置尽可能使热电偶探测到最高温度。
As far as is possible, the appliance is positioned so that the thermocouples detect the highest temperatures.
由铂或铂铑组成的热电偶给出精确的温度指示。
A thermocouple made of platinum / platinumrhodium provides the accurate temperature sensing.
热电偶是基于物体的热电效应，把温度信号转换成电压信号。
Thermocouple convert temperature signal to voltage signal in the light of pyroelectric effect of object.
本文提出了一种基于热电偶响应曲线时间常数的动态温度估计方法。
The paper states a dynamic temperature estimating method based on time constant of the response curve of thermocouple.
热电偶是应用最广泛的一种温度传感器。
Thermocouple is a kind of the most widely used temperature sensor.
温度传感器主要包括热电偶、热电阻。
The temperature sensor includes thermocouple, thermoelectrical resistance mainly.
热电偶是最常见，方便，灵活，用来测量温度的装置。
Thermocouples are the most common, convenient, and versatile devices used to measure temperature.
热电偶必须连续的连接在测量设备与温度计中。
Thermal couple must be continuous from the measured device to the digital thermometer.
提出了利用动态热电偶测得的齿面闪温分布曲线计算齿面积分温度的方法。
The method of calculating integral temperature by measured flash temperature curve was put forward.
介绍了符合热电偶热电势的红外测温探头、复合管型铠装热电偶等新型温度传感器。
Some of the novel temperature transducers which meet the thermal potential of thermocouples, e. g. the infrared temperature probe and compound armored thermocouple are introduced.
如果测量设备很小﹐热电偶的热传导效应显著﹐则测量的温度会较低。
If the measure device is small, the heat conduction effect of thermal couple significant, measured temperature will be lower.
文中介绍了热电偶的热电势—温度特性的线性化处理方法及相关的电路设计原理。
In this paper, the linear treatment method and the correlative circuit-design theory of the thermal potential-temperature character of the thermocouple are introduced.
文中介绍了热电偶的热电势—温度特性的线性化处理方法及相关的电路设计原理。
In this paper, the linear treatment method and the correlative circuit-design theory of the thermal potential-temperature character of the thermocouple are introduced.
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