Turn the potentiometer clockwise until the output current correspond with the object temperature (see output characteristics).
关闭，直到输出电流，也与物体的温度电位顺时针(见输出特性)。
So we increase the temperature of an object.
因此我们升高一物体的温度。
If two object are in the same temperature, and two other object are in the same temperature, then all three must have the same temperature.
如果有两个物体的温度相同，又有另外两个物体的温度相同，那么这三个物体一定有同样的温度。
To raise the temperature of an object, it is necessary either to add heat to it from some source at higher temperature or to do work on it.
要提高一个物体的温度，必须从一个温度较高的热源给这一物体加热或者对它作功。
Imagine a simple Weather Service exposing a web method called "WeatherQuery" that returned the temperature and pressure wrapped in an object.
假设有一个简单的天气服务，暴露出一个名为“WeatherQuery”的Web方法，这个方法返回一个对象，包含温度和气压值。
For touch, select an object with "a notable texture or temperature, like a rock, a piece of fabric, or an instant ice pack."
触觉上，选择一些具有“纹理或温度，如岩石，一块织布或一个紧急的冰敷袋子。”
The totaltime method of the temperature object returns the time in milliseconds it took to make and complete the request.
该temperature对象的 totaltime方法以毫秒为单位返回发起和完成请求所需的时间。
Next you create a new soapsource object called temperature.
接下来创建了一个名称为temperature的soapsource对象。
Temperature and humidity control object of artificial climate chest is a nonlinear, strong coupling and long time delay system, so its control is difficult.
人工气候箱温湿度控制对象是一个非线性、强耦合和大滞后的系统，其控制非常困难。
The temperature of an object detected by the infrared detector depends on the emission coefficient, the distance and the lighting area.
一个物体的温度的红外线探测器发现取决于排放系数，距离和照明领域。
The temperature object will call the getTemp method on the xmethods-Temperature Web service on the machine defined in the URL.
这个temperature对象将调用xmethods-TemperatureWeb服务的 getTemp方法，这个服务位于由URL定义的机器上。
Temperature is an important parameter in the industrial object, different temperature sensor and measuring method but the.
温度是工业对象中的一个重要的被控参数，然而所采用的测温元件和测量方法不同。
This adds the zip code parameter to the temperature object.
这向temperature对象添加邮政编码参数。
The temperature system is a class of difficult object, In this paper, an method of control based on the experiment rule for the Si Mo furnace is developed.
温度系统是一类较难控制的对象，例如文中所述硅钼炉的温度控制问题，作者采用经验规则控制方法解决了这类对象的有效控制问题。
Boiler superheated steam temperature is a typical object with large delay, inertia, time-varying and nonlinearity.
火电厂锅炉过热蒸汽温度是一类典型的大迟延、大惯性、时变、非线性控制对象。
The test: to be heated object in the same, the 370W copper ring heating and 600W spring heating test, at the same time reached 300 degrees at the same temperature.
经测试：以相同被加热物体，用370W铜套圈加热和用600W弹簧加热器加热测试，以相同时间达到相同温度300度。
The actual temperature of the object must be known.
对象的实际温度必须知道。
The experiment shows that this method is suitable for the measurement of the phase object with the small sectional size and the small temperature gradient.
实验表明此方法适用于几何尺度较小或温度梯度较小的三维位相物体温度场的散斑照相测量。
The heat possessed by an object depends not only on its temperature but also on the amount and kind of material in it.
一个物体所具有的热量，不仅取决于它的温度，而且取决于物体的质量及构成物质的材料。
There are some shortages in these methods, resulting in a certain error between the fitting result and the true temperature of the object surface.
这些处理方法自身都存在一定的缺陷，使得拟合结果与物体表面真温之间存在一定的误差。
Thermocouple convert temperature signal to voltage signal in the light of pyroelectric effect of object.
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。
This paper presents a method to measure the multipoint temperature of a rotating object.
介绍了一种针对旋转物体的多点温度测量方案。
Therefore, it is a very important object to cultivate new lines which resist to low-temperature sweetening .
因此，培育抗低温糖化的加工专用型品种是目前马铃薯育种的重要目标之一。
The control object is the optimum forming temperature and it is realized by controlling forming pressure.
优化目标为最佳成形温度，而温度的控制主要通过压力控制来实现。
Based on single channel double colour principle, it overcomes the interference of emissivity of object surface and other factors on temperature measuring precision.
用单通道实现比色成像，可明显地降低物体表面发射率及其它因素对测温精度的影响。
An object is said to be hot if its temperature is much higher than that of our bodies or cold if its temperature is much lower.
一物体比人体体温高得多时，我们说，该物体是热的；反之，该物体比人体体温低得多时，它就是冷的。
The thermal balance equation of spatial object is established and solved. The light radiation characteristic is obtained by calculating the thermal equilibrium temperature of spatial object.
通过建立和求解空间目标热平衡方程，计算了空间目标的平衡温度，讨论了空间目标的光辐射特性。
The thermal balance equation of spatial object is established and solved. The light radiation characteristic is obtained by calculating the thermal equilibrium temperature of spatial object.
通过建立和求解空间目标热平衡方程，计算了空间目标的平衡温度，讨论了空间目标的光辐射特性。
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