光热转换

光热转换纤维的蓄热性能研究

Research on Heat - storage Properties of the Photothermal Conversion Fiber

光热转换蓄热调温纤维的研制

Research on Photothermal Conversion and Thermoregulated Fibers

CO2激光热处理光热转换层的应用分析

Analysis on light-heat conversion layer application for CO_2 laser heat treatment

溶胶-凝胶法制备Ni-Al2O3太阳光热转换吸收薄膜：过渡金属筛选和还原

Ni-Al_2O_3 solar thermal absorbing film prepared by sol-gel method : screening and reduction of the transition metals

分析了不同方案STP的工作原理、结构和性能特点。重点研究了STP中太阳辐射聚能加热工质的基本理论，为STP光热转换机理及地面实验系统的建立奠定了理论基础。

Analyzing the working principles , structures and characteristics of different STP projects , and especially researching the basic theory of heating propellant which took advantage of the collected solar radiant energy .

光伏-太阳能热泵（PV-SAHP）系统通过热泵循环，提高、稳定了太阳能光热转换的输出温度，同时维持光电转换在较低工作温度下进行，提高了光电转换效率。

PV-SAHP system is an active compound system of photovoltaic / thermal application . The system can maintain the PV cell in a lower temperature for better photovoltaic performance and to get a higher temperature photo-thermal output .

探讨高稳定性、高性能、低成本的太阳光谱选择吸收光热转换涂层制备方法和机理。本论文首先研究了射频反应磁控溅射工艺参数对Ti-O系薄膜的结构和紫外光-可见光吸收性质的影响。

The preparation method and mechanism of solar selective absorbing films with high stability , high performance , low cost have been discussed . Firstly , the influence of RF reactive magnetron sputtering technology process parameters on the structure and absorption UV and visible spectrum of Ti-O films were discussed .

对比了2种光热转换型蓄热材料CR-1和CR-2的热性能，优选出CR-2并用其对纺织品进行涂层整理，以开发具有蓄热功能的纺织品。

This paper studied the thermal property of two kinds of light-heat conversion thermal storage materials CR-1 and CR-2 , and through comparison , CR2 was selected and applied to textiles by means of coating technique to develop a new textile with thermal storage function .

太阳光热转换吸收薄膜制备方法：现状与发展

Preparation Methods for Solar Thermal Absorbing Film : Present Situation and Development

太阳能选择性吸收涂层是太阳能光热转换利用中极为重要的关键材料。

Solar selective absorbing coating is a key material in solar thermal conversion .

核壳结构SiO2@Au纳米粒子拥有红外消光、线性光学、光热转换等优异性能，具有广泛的应用。

SiO2 @ Au has excellent performance including infrared extinction , linear optical , and photothermal conversion .

同时详细阐述了太阳能集热器的发展状况、种类、原理以及集热器的光热转换原理。

Also the development , type , rule and light-heat transfer principle of the solar collectors are summarized .

微胶囊技术在蓄热调温整理上的研究光热转换蓄热调温纤维的研制

The Application of Microcapsule Technology in the Production of Intelligent Textiles with Thermal Storing and Regulating Properties Research on Photothermal Conversion and Thermoregulated Fibers

利用晶体光纤中高掺杂离子的非辐射跃迁机制，研制成功一种可用于激光热疗的高掺杂光纤光热转换头。

Based on non-radiation transitions of heavily doped ions in the crystal fiber , a laser-pumped fiber-optic thermal tip has been developed for laser thermotherapy .

这类涂层广泛运用于太阳能的光热转换，如太阳能热水器、太阳能发电等。

Such coatings mostly applied in solar energy photothermal conversion , which could be used as solar collectors and solar energy generation electricity and so on .

聚光防爆全玻璃热管式太阳能集热管，涉及太阳能光热转换元件的技术领域。

The utility model discloses a light-condensing explosion-proof full-glass thermotube type solar heat-collecting tube , which relates to the technical field of solar photothermal conversion elements .

由于空气的密度、热容和导热系数较小，空气集热器的光热转换效率偏低。

Since density , specific heat and thermal conductivity of air are relatively small , the photo-thermo transformation efficiency of solar air heater is quite low .

研究U型管式真空集热器的传热机理对提高U型管式真空集热器的光热转换效率及其太阳能综合利用效率，具有重要的学术价值。

The study of heat transfer mechanism of U-tube solar collector is significant to improve the solar-thermal conversion efficiency and the comprehensive utilization efficiency of solar energy .

通过综合调试，工作情况良好，可在光伏发电、光热转换等太阳能应用领域发挥重要作用。

The system through integrated commissioning , working in good condition , can be play an important role in photovoltaic , solar thermal applications such as solar energy .

将光热转换效率和热热转换效率与蒸汽初参数相关联，建立了光热转换过程和热热转换过程的简化效率模型。

The simplified efficiency model of the solar-thermal conversion process and the heat-heat conversion process was established by means of associating with the units ' steam initial properties .

在装置的外壳设计了保温层，使系统的热损耗降低，进一步提高了装置的光热转换效率。

The shell of the device design the thermal insulation layer , the system of the heat loss is reduced , further improve the conversion efficiency of field device .

近年来太阳能热水器的发展与实际应用非常迅速，这是因为直接利用太阳能的途径很多，但简单而又最易实现的是太阳能光热转换。

Recently , the development of the solar water heater and its practical application is very fast , because there are many approaches to utilize solar energy and the simplest manner is the photo-thermal conversion .

太阳能热水器行业在我国属于新兴产业，我国不仅在太阳能光热转换技术水平上世界领先，而且太阳能热水器的产量和在用量也位居世界首位。

The Solar Energy Geyser ( abbreviation SEG ) industry belongs to a rising field . China takes the leading of production quantity and consumption of SEG as well as the solar energy converting technology in the world .

采用红外测温仪和点温计等手段测试了碳化锆和三氧化二铝的红外线吸收性能，以及含有不同重量的聚丙烯纤维的光热转换性能和热性能。

The white light and infrared ray absorbing , i.e. photothermal conversion , properties of Zirconium carbide ( ZrC ), aluminum oxide ( Al 2O 3 ) powder and PP fibers with different ZrC content were measured by IR and dot thermometer and DSC .

但是其光热转换效率不如金纳米颗粒，于是我们试图利用比金廉价的银纳米颗粒来增强硫化铜纳米颗粒在近红外区域的吸收。

However , their photothermal transfer efficiency is not as good as gold nanoparticles . Thus , we try to use the local surface plasmon resonance ( LSPR ) of silver nanoparticles to enhance the absorption of copper sulfide nanoparticles in the near-infrared region .