1) infrared image technique
红外热像仪技术
2) infrared thermogram
红外线热像技术
1.
Methods :The influence on skin temperature of epigastrium was observed with infrared thermogram0,10,20,30minutes after needling Hegu with different acupuncture manipulation in healthy persons.
方法:应用红外线热像技术,采用不同的捻转补泻手法针刺健康人合谷穴后,观察其在即刻,10、20、30min,对局部皮肤温度的影响。
2.
Methods:The influence on skin temperature of epigastrium was observed with infrared thermogram 0,10,20,30 minutes after needling Zusanli with different acupuncture manipulation in healthy persons.
方法 :应用红外线热像技术 ,采用不同的捻转补泻手法针刺健康人足三里后 ,观察其在即刻、10、20、30min ,对脘腹部皮肤温度的影响。
3) infrared thermal imaging technique
红外热像技术
1.
Review on using infrared thermal imaging technique on helicopters to inspect equipments of HV transmission lines;
在直升飞机上应用红外热像技术巡视检测高压输电线路设备的回顾
2.
Experimental investigation on cooling performance of laminated configuration using infrared thermal imaging technique
应用红外热像技术实验研究层板结构冷却特性
3.
To investigate the cooling performance of laminated configuration,an infrared thermal imaging technique was used in the experiments with true size configuration.
实验在高温亚声速风洞中进行,实验结果展示了冷却介质注射量对层板冷却特性的影响,证明远红外热像技术用来研究层板冷却特性是一种有效的方法。
4) infrared thermography
红外热像技术
1.
On the Use of Infrared Thermography Method for Material S-N Curve Prediction
利用红外热像技术快速预测材料的S-N曲线
2.
A novel non－ destructive testing technique by infrared thermography for carbon fiber－ reinforced plate strengthened concrete (CFRC) with embedded－ heat sources has been brought forward for the first time.
本文首次提出在炭纤维增强混凝土构件中埋设电热单元，对构件进行加热，借助红外热像技术检测增强层与混凝土基体界面层缺陷的方法。
5) infrared thermal imaging technology
红外热成像技术
1.
Based on the principle of infrared thermal imaging technology,an experimentation device is designed with the infra-red thermal imaging technology under the condition of a locally-thinning wall contained in conduit and under other different circumstances.
根据红外热成像技术的工作原理,模拟设计了在用压力管道管壁存在局部减薄的缺陷条件下及不同工况条件下应用红外热成像技术进行检测的试验装置,并根据试验中所得到的有关数据,分析了影响检测灵敏度的相关因素。
6) Infrared imaging technology
红外热成像技术
1.
The thermal diffusivity of carbon fiber materials are measured by infrared imaging technology and reverse heat conductance method here.
介绍了红外热成像技术测量材料热扩散率的原理,并利用这项技术以及导热逆问题求解方法测出了五种碳纤维试件的热扩散率,分析了影响测量准确性的因素。
补充资料：红外线热像检查
红外线热像检查
thermography
用红外线摄像所示图像，用于判断肿瘤的性质。如乳腺癌的局部显示高温区及血管状况。目前仍在临床试用阶段。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条