测温的

The complexity of hardware configuration and the problem of error compensation of lead wire were avoided.

系统采用DS18820-PAR单总线工作方式和无需内部单独供电的寄生电源供电工作方式，解决了传统的测温系统硬件结构复杂、测温系统中的引线误差补偿问题。

Simulation experiments make sure that the dilatometer is able to detect the expansion changes in low temperature. The high temperature reheating process with dilatometer analysis indicate that the firing temperature are little higher than 900℃ for one sample and lower than 900℃ for other five samples with firing temperature ranges of 550~650℃, 650~750℃ and 750~900℃. The results from mineral composition analysis of the samples by X-ray diffraction provide further evidence of the reliability of the thermal expansion measurement.

模拟实验表明，所采用的热膨胀仪能适应低温法测温实验；用热膨胀高温法测出早期陶片中有一块样品原始烧成温度略高于900℃，其余5块样品皆低于900℃；通过热膨胀低温法较为准确地测出这五块样品原始烧成温度是分别介于550~650℃、650~750℃、750~900℃三个范围，而X射线衍射分析结果从物相成分的角度证明了测温结果的可靠性。

Thermal Resistance: It is a common-used temperature measurer in medium-low temperature zone. It mainly features high measurement accuracy, and reliable performance.

热电阻测温原理及材料：热电阻测温是基于金属导体的电阻值随温度的增加而增加这一特性来进行温度测量的。

The relationships between main specifications of the instrument, such as tempe rature measurement accuracy of the instrument, temperature measurement sensitivi ty and temperature measurement range, and technical parameters, such as working wavelength of the instrument, bandwidth of amplifier and relative aperture of op tical system were analyzed.

分析了该系统的测量精度、测温灵敏度及测温范围等主要技术指标与激光源的能量、仪器的工作波长、放大器带宽、光学系统的相对孔径等技术参数间的关系。

One is to calculate emissivity, the other is to get blackbody's energy. This software also put forward two new kinds of method for measuring temperature, self energy spectrum contrast and summit wavelength thermometry.

软件不仅完善了原设备的功能，同时研究开发了新的功能：进行辐射系数的计算和分析；标准黑体的能量计算；提出了两种新的测温方法——自能谱比较法和峰值波长测温法。

This paper proposes a new infrared thermometry system that uses CCD,combines with mechanical underprop and adopts image registration algorithm.

针对普通点式红外测温仪自动化、智能化程度较低，不能满足越来越高的生产需求的问题，提出一种新的结构，通过安装CCD，结合机械云台机构，利用图像配准技术，对原有的普通点式红外测温仪系统进行改进，从而提高系统的自动化、智能化。

As for common infrared systems,their level of automation are comparatively low so that they can't satisfy the requirements of increasing production.This paper proposes a new infrared thermometry system that uses CCD,combines with mechanical underprop and adopts image registration algorithm.This helps improve the level of automation.

针对普通点式红外测温仪自动化、智能化程度较低，不能满足越来越高的生产需求的问题，提出一种新的结构，通过安装CCD，结合机械云台机构，利用图像配准技术，对原有的普通点式红外测温仪系统进行改进，从而提高系统的自动化、智能化。

This paper introduces the thermometric fundamentals of the sensing technology and its application in detecting the interior temperature of high-voltage cable.

本文介绍了该技术的测温原理，以及其在高压输电电缆内部温度监测方面的应用，并介绍了光纤安装方式对测温精度的影响。

On the basis of the analysis of colorimetry , a consumption optical fiber high temperature measuring instrument is developed using touchable method.

在分析比色测温原理的基础上，采用接触测温方法，开发了消耗型光纤高温测量仪，给出了系统的设计方案，并对高温测量中的关键技术问题进行了全面地分析和研究，给出了解决方案。

Because of the complexity of combustion, the large size of combustion equipment and the high temperature up to 1000 degrees centigrade and such disadvantageous factors, it is very difficult to achieve accurate measurements of the whole temperature filed by using the traditional technology of thermocouple or radiation pyrometer.

由于工业燃烧过程自身的复杂性、燃烧设备尺寸庞大，炉内为上千度的高温气体等原因，利用传统的热电偶测温或辐射测温技术都很难实现整个温度场的准确测量。

And Pharaoh spoke to Joseph, saying, Your father and your brothers have come to you.

47：5 法老对约瑟说，你父亲和你弟兄们到你这里来了。

Additionally, the approximate flattening of surface strip using lines linking midpoints on perpendicular lines between geodesic curves and the unconditional extreme value method are discussed.

提出了用测地线方程、曲面上两点间短程线来计算膜结构曲面测地线的方法，同时，采用测地线间垂线的中点连线和用无约束极值法进行空间条状曲面近似展开的分析。