光热技术用来测量样品的光学和热特性。
Photothermal techniques have been employed to measure optical and thermal properties of samples.
因此本文提出太阳能光电-光热综合利用方式。
So this article brings up Solar energy optic-electro and optic-thermal composite utilization.
基于图像的脉冲光热辐射测量的数据处理方法。
Data processing method of pulsed photothermal radiometry based on image.
太阳能的光热、光电利用已经显示了很好的发展势头。
Thermal and photovoltaic use of solar energy already have shown very bright prospects.
在观光热门季节譬如夏季，在热门地区最少一个月前。
During high tourist seasons such as the summer months in popular locations, at least one month's reservation in advance is recommended.
介绍利用激光光热透射技术测量材料热扩散率的方法。
A laser optitherm transmission technique for the measurement of material thermal diffusibility is introduced.
本文研究了水溶性高分子对激光热透镜分析的增强作用。
The enhancement effect of water-soluble polymers for laser thermal lensing spectroscopy(TLS) has been investigated.
给出了光热辐射测量(PTR)系统空间分辨率的定义。
The definition of spatial resolution in the PTR (photothermal radiometry) system is given.
广州做为“国际花园城市”，光热资源充足，地形复杂。
As the international garden city, GuangZhou has adequate solar and hot resources, and complex topography.
结合温度测量和数值模拟进行激光与组织光热效应的研究。
This paper has combined temperature measuring and numerical simulation to research the laser and tissue photo-thermal effect.
使用光热辐射方法研究不透明各向异性材料的热物理特性。
The thermally physical characteristics of opaque Anisotropic Materials were studied by using photothermal radiation.
钬激光通过其光热作用，对损伤半月板汽化、切割、修整。
Ho: YAG laser vaporizes, cuts and repairs torn menisci through its photo thermal effects.
财政上的奖励能有效刺激现有建筑物引进太阳能光热设备。
Financial incentives can speed up the introduction of solar thermal in existing buildings.
对活塞环槽表面的激光热处理工艺与机理进行了试验研究。
The laser heat treatment process and mechanism on the surface of piston ring groove were studied.
在许多情况下，我们是可以通过对光热曲线的影响来发现。
In a number of cases we can detect the practice through its effects on the glow curve.
阐述利用激光光热技术测量材料初始应力的原理及实验技术。
The principle and experiment of measuring material initial stress by laser photothermal technique are introduced in this article.
应用激光热加载方式对复合橡胶薄膜进行了红外无损检测研究。
Infrared nondestructive test technique is applied to detect defects in combined rubber films using laser heat loading.
本文评述了激光光热光谱法及其在分析化学中应用的近期进展。
A review is presented on the progresses of laser photothermal spectroscopy and its applications in analytical chemistry.
报道了一种用激光光热效应直接测量纳米材料热扩散率的方法。
A method of using the photothermal effect in the direct measurement of diffusivity of nanometer materials is reported.
该材料具有优良的光谱选择性吸收性能，可作为光热转换材料。
The material possesses excellent properties of spectrum absorbing selectively, and can be used for solar thermal conversion.
讨论了波长调谐对脉冲光热光谱信号的峰值和时间特性的影响。
The dependences of peak amplitude and temporal characteristic of pulsed photothermal spectroscopy signal on wavelength tuning are discussed.
是国家太阳能光热联盟成员单位，拥有湖北省首家光热院士工作站。
It is member of Chinese National solar thermal Energy Alliance. Guizu owns first solar thermal academician workstation in Hubei Province.
通过控制激光工艺参数可以使另件的激光热处理加工质量获得稳定。
Stability of workpiece quality during heat-treatment pro:ess is obtained by control of laser technical parameters.
目前，广泛使用的测量弱吸收的方法有光热偏转技术和表面热透镜技术。
At present, photothermal deflection technology and surface thermal lensing technology are widely applied in weak absorption measurement.
结果表明，通过光电-光热综合利用能够对太阳能利用效率实现有效提升。
The results shows that solar energy use efficiency improves a lot through optic-electro and optic-thermal composite utilization.
简要介绍了光热技术及其在光学薄膜测量和钛蓝宝石激光晶体表征中的应用。
This paper briefly introduces photothermal techniques and their applications in optical thin film coating measurements and ti: sapphire laser crystal characterisation.
重点讨论了以“热透镜效应”和“蜃景效应”为基础的一类激光光热光谱法。
A laser photothermal spectrometry based on the "thermal lens effect" and the "mirage effect" is discussed with emphasis.
有关太阳能光热使用的有约束力的法规可在新建筑物和大型酒店中推荐施行。
Binding regulations requiring the use of solar thermal are recommended for new buildings and major refurbishments.
在激光热源的基础上复合电弧进行焊接，可以降低焊接成本，提高焊接效率。
Compounding arc heat source to laser heat source can reduce welding co st and improve welding efficiency.
有些景观石材对热量的吸收能力比其他的强，颜色较暗的石材吸收更多的光热。
Some landscape stone on the absorption capacity of heat is stronger than the other, darker colored stones absorb more heat.
应用推荐