调谱平衡测温法是一种新的非接触测温方法。
Spectro-balance thermometry method is a new approach for the noncontact measurement of temperature.
它根据被测物体的红外辐射能量确定其温度，为非接触测温方式。
It is based on infrared radiation energy of the detected objects to determine their temperature, non-contact temperature measurement methods.
概括了典型的接触测温法和非接触测温法的工作原理和应用特点。
This paper reviews the operating principle and applying features of typical contact and non-contact temperature measuring methods.
作为非接触测温的红外测温技术，能够真实地反映出焊件在焊接工艺中的温度随时间变化的热循环过程。
The infrared measuring temperature technique as non-contact measuring temperature method can reflect the heat cycle process of the temperature change along with time of the weldment.
而焊管生产的特点和某些不稳定因素，只能采用非接触的辐射测温方法。
Only adopt non contacting radiation temperature measurement method is determined due to the characteristic and certain instability factors of welded pipe manufacture.
非接触式红外测温仪能够测量物体表面的即时温度。
Non-contact Infrared thermometers provide an immediate surface temperature.
温度测量仪表按测温方式可分为接触式和非接触式两大类。
Temperature meters can be classified as contact and contactless types.
为了在不影响声悬浮场及悬浮物的情况下进行高温超声悬浮物体的温度测量，提出了非接触式光纤比色测温法。
An untouched fiber-optic colorimetric thermometry is introduced in order to measure temperature of an object levitated by acoustic field when both the object and acoustic field are not affected.
基于红外辐射原理，研制了用于高压电力设备的非接触数字式测温传感器。
Based on the principle of infrared radiation, a non contacted digital sensor which can be used on temperature measurement of high voltage power equipment is designed.
利用红外测温原理，研制出高频热处理时的小目标非接触式在线动态监控淬火件温度的装置。
Using infrared system the apparatus of non-touching at limited-area to monitor the hardening temperature at site is produced for high-frequency induction heat treatment.
提出一种基于光耦合的非接触式测温传感器的研制方案。
A non contact temperature transducer based on light coupling is introduced in this paper.
运用红外热成像技术，研制了一种可用于非接触式人体测温的红外热成像双通道伪彩色测温系统。
It is a kind of false color infrared imaging system of dual channel that can be used to measure body temperature.
基于CCD的非接触式测温技术是高温检测的重要方法，减少其测温误差有重要意义。
The technology of contactless temperature measurement based on CCD is an important method for high temperature measurement. It is important to reduce the measurement error effectively.
红外测温由于它具有测温范围宽和非接触性等优点，使得测温过程简易方便而被普遍采用。
The method of the infrared temperature surveying is applied in wild-range for it has many merits.
本课题应用非接触在线式红外测温研究中药炒制与“火力”“火候”的有关问题。
The issue of non-contact infrared temperature measurement on-line Chinese medicine Chaozhi and "firepower" of "heat" of the relevant issues, mainly involving the two aspects of the temperature.
介绍了非接触式红外测温仪的一种实用数字温度补偿方法，其中，测温仪采用热电堆传感器作为核心器件。
An applied numerical temperature compensation method for the non-contact infrared thermometers is described. The thermometers employ thermopile sensors as the key element.
为了测试推进剂燃料温度分布，采用彩色CCD比色测温技术，设计了一种非接触式膏体推进剂火焰测温系统。
Based on the colorimetric temperature measurement technology of color CCD, a non-contact pasty propellant flame temperature measurement system was designed.
目的利用非接触红外测温仪对大样本量健康人群眼球表面角膜温度(TOC)进行测量，确立其正常值范围。
Objective TO measure the temperature of cornea (TOC) on ocular surface of healthy people with non-contact infrared thermometer, and determine the reference range.
目的利用非接触红外测温仪对大样本量健康人群眼球表面角膜温度(TOC)进行测量，确立其正常值范围。
Objective TO measure the temperature of cornea (TOC) on ocular surface of healthy people with non-contact infrared thermometer, and determine the reference range.
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