The thermal instrumentation is an important part of power supply in modern manufacturing enterprises, the accuracy of the instrument largely determines the production security and stability.
热工仪表是现代生产企业中动力供应的重要组成部分，其仪表的准确性在很大程度上决定了生产的安全与稳定。
Two-branch platinum thermal resistance mainly used in occasion of the same place temperature was measured and adjusted by two display instrument.
双支铂热电阻主要用于需要由两个显示仪表同时测量和调节同一地点温度的场合。
The thermal reliability research have two main aspects : testing the distributed heat by multi-temperature measure instrument and the thermal analysis in the assistance of CAE software.
采用多点温度测试仪器进行热分布测试，借助CAE软件进行热分析是热可靠性研究的两个重要方面。
But the science instrument, called the Thermal and Evolved-Gas Analyzer, detected that not enough material fell inside and so the oven doors did not close.
可是，称为热量及逸出气体分析仪的科学仪器探测到，没有足够的物质落入烘箱，所以烘箱门没有关闭。
This system avoids thermal fluctuations and allows the stability of the instrument.
该系统避免温度波动，并使得仪器稳定。
This is the result of dissimilar metal junctions in the instrument with different thermal time constants.
这是由于仪器中不同金属的结点具有不同的热时间常数所致。
This paper presents the application of virtual Instrument technology on thermal measurement and build a system of thermal measurement experiment based on virtual Instrument technology.
本论文提出了在热工实验中应用虚拟仪器技术的方法，并据此研究和开发了虚拟热工测量平台。
The phases of samples were analyzed by X-ray diffraction and their thermoelectric properties were tested by electric constant instrument and laser thermal conductance instrument.
用X射线衍射分析了样品的相组成，用电常数测试仪和激光热导仪测试了样品的热电性能。
This instrument can measure soil thermal conductivity quickly with thermal needle method.
该仪器用热针法可快速测量土的热导率。
It is pointed out the crucial link to use the infrared thermal image instrument.
指出了用好红外热像仪的关键环节。
This paper presents the hardware and software design for the controlling thermal head according to its working principle and introduces its application in medical instrument.
阐述热印头的工作原理，热印头控制的软硬件设计及其在医学仪器中的应用。
Bimetallic shallow spherical shell is an important elastic element for thermal sensitivity in precision instrument.
在精密仪器热敏弹性元件中，双层金属中心开孔扁球壳占有很重要的地位。
Besides the biologic thermal effect the instrument can also produce non-thermal effect, which is more important. The reasonable distance between human body and the radiant is about30 cm.
本仪器治病除利用生物热效应外，更主要的是非热效应，辐射源离人体的距离在30厘米最合理。
Heat sink means may be included in various embodiments to establish a thermal gradient away from functional portions of the instrument (i. e., by removing heat from the metal body).
在各种实施例中均可包括散热装置，以便建立从该仪器功能部分开始的热梯度(即，从该金属本体除去热量)。
Volumetric gas analyzer is a common kind of instrument used in thermal measurement.
容积式气体分析仪是各类热工测试常用仪器。
The figure temperature field is formed by analyzing the concrete surface temperature field taken by infrared thermal mapping instrument.
红外线摄像仪摄取的混凝土表面温度场进行计算机分析形成数字温度场。
The thermal conductivity sensor integrating MEMS and semi-conductor technique can effectively enhance the measuring precision and reliability of the instrument.
本实用新型采用运用MEMS技术和半导体工艺集成而成的热导传感器，有效提高了测量精度和可靠性；
An infrared Night View system, which displays thermal image of the road to the TFTLCD instrument screen on Crown Hybrid, again very much like MercedesS-class.
一套红外线夜视系统，通过在其混合动力版本上的液晶显示屏以热成像的方式显示前方路况。这点再次非常近似于梅赛德斯s级。
Along with the development of the instrument field, the method and application are presented for the minitype thermal printer. The connection and procedure of the program and DSP are also given.
分析了仪器仪表领域的发展趋势，详细介绍了微型热敏打印机的工作原理及应用，给出了热敏打印机同dsp的简单接口方法以及相应的打印机初始化程序。
The System deviation of the measurement results by using a DL-1500 thermal expansion instrument made by Japanese Vacuum Technique Corporation was analysed in this work.
对日本真空理工株式会社制造的DL- 1 5 0 0热膨胀仪的测量结果的系统偏差进行了研究。
Methods Based on the principle of bio-feedback and ARM microprocessor, an instrument was designed which not only feedbacked RSA, EMG, skin thermal and skin conductance;
方法：由生物反馈的基本原理，以ARM微处理器为核心，设计了以RSA、肌电、皮电和皮温为参数的生物反馈仪；
Methods Based on the principle of bio-feedback and ARM microprocessor, an instrument was designed which not only feedbacked RSA, EMG, skin thermal and skin conductance;
方法：由生物反馈的基本原理，以ARM微处理器为核心，设计了以RSA、肌电、皮电和皮温为参数的生物反馈仪；
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