1)  thermal-optical analysis
热光法
1.
Presently,the thermal-optical analysis(TOA) is widely used for the determination of BC,however,the BC data obtained varied with different settings of maximum temperature(MT) in pure He and the hold time(HT) in each step.
热光法中的无氧阶段最高温度(MT)和各温度阶梯的保持时间(HT)是测定大气气溶胶中黑碳的两个关键参数。
2)  thermal-optical
热光
1.
By analyzing the relation between the refractive index and the temperature and the stress field of the optical window in the aero-dynamic environment,according to the thermal-optical effect and the elasto-optical effect,we obtained the relationship of the index-of-refraction and temperature and stress,and explored the further study method of the aero-optical effect.
首先从热光效应和弹光效应的角度,分析了飞行器在大气层内飞行时,在气动热环境中的材料折射率与温度场和应力场的关系,得出了温度和应力对材料折射率的影响关系式,并进而探索气动光学效应下一步的研究方法。
3)  thermooptic effect
热光效应
1.
From the semiconductor and metal phase transition,the thermooptic effect based vanadium dioxide(VO2) film is introduced in detail,as well as the current domestic and foreign research progress.
基于半导体和金属间的相变特性,重点介绍了基于热光效应的二氧化钒薄膜材料,描述了当前国内外的研究进展。
4)  thermal-optic effect
热光效应
1.
The rule that temperature field and stress field affect the stability of OVS is obtained,that is,thermal-optic effect and stress of SF_6 have no influence on the performance of OVS,but the phase delay resulted from thermal-stress of the temperature change is added on the phase delay produced from electro-optic effect and varies with temperatu.
以锗酸铋(BGO)晶体为传感材料,分析了由温度、SF6气体产生的温度场、应力场对晶体光学性质的影响,得到了温度场、应力场对光学电压传感器性能影响的规律,即由温度场产生的热光效应和在均匀状态下的SF6气体压应力对传感器性能没有影响。
5)  calorescence coefficient
热光系数
1.
The calorescence coefficients of silicon resin reached -3.
8nm和650nm波长上的热光系数分别为-3。
2.
The experiments show that C 60 can improve effectively the sensitivity of the thermo-optic(TO) effect of PMMA, and calorescence coefficient can reach -3.
实验表明 :C60 可有效提高有机玻璃热折变的灵敏度 ,热光系数达 - 3。
6)  thermo-optic effect
热光效应
1.
The thermo-optic effect of nematic LC (BL-009) was probed by measuring the LC retardation varied with temperature.
通过研究向列相液晶BL 009的折射率随温度的变化,探讨了向列相液晶的热光效应。
2.
This paper discussed how the temperature affects the capacity of lead-acid batter and the electrolyte concentration,according to the analyses of the thermo-optic effect,we made a new reflecting fiber sensor based on the comparative temperature testing theory and absorption whichc.
通过对热光效应的分析,建立了一种基于相对温度测量和光吸收测量原理的新颖的反射式光纤传感器。
3.
Recent research and advance in photonic devices and technologies based on the thermo-optic effect of the polymer are presented.
综述了基于有机聚合物热光效应的各种光电器件的研究进展,重点介绍了聚合物热光开关和聚合物热光衰减器的发展状况、技术特点和发展趋势,并提出了一种新的利用有机聚合物热光效应研制非制冷热成像器件的热探测机制。
参考词条
补充资料：激光光热光谱法
分子式：
CAS号：

性质：是以激光为光源，基于光热效应进行分析检测的光谱分析技术。所谓光热效应，是由于物质吸收一强度随时间变化的光(能)束或其他能量束而被时变加热(即加热随时间而变化)时所引起的一系列效应，如光热折射率变化、表面形变等。由此建立了一系列相应的光热检测技术，如激光光热透镜光谱、激光光热偏转光谱、光热位移谱等。这些技术可检测的电磁波波长范围很宽，能够测量各种气体、液体、固体、超临界流体中具有极微弱吸收的物质，最低检测限主要取决于光源强度；还可用来研究弛豫过程、辐射过程的量子效率以及用于测定物质的热学性质、弹性性质、薄膜厚度和对不透明材料亚表面热波成像等各种非光谱的研究。

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