研制了一台抛物面g型辐射制冷器原理样机。
辐射制冷器由于它的综合优势而得到广泛应用。
The radiant coolers are widely used because of their comprehensive advantages.
辐射制冷器支撑结构的设计是总体设计中的关键。
The supporting structure of radiant cooler is the key in the overall design.
它的发明者们管这种双层降温过程叫“光子辐射制冷”。
The Stanford team have called this two-layer process "photonic radiative cooling".
研制了一台空间辐射制冷器热模拟试验专用的清洁无油环境模拟设备。
A clean space simulator specifically used for radiant cooler was developed in our institute.
在太阳同步轨道卫星上应用的辐射制冷器都采用两级抛物面w型的结构形式。
The radiant cooler used in the sun synchronous orbit is always designed two stages with a W-shaped parabolic reflector.
研制了一台用于冷却红外多光谱扫描仪中多元红外探测器列阵的星载辐射制冷器。
A spaceborne radiant cooler for cooling multielement infrared detector array in infrared Multispectra Scanning System (IRMSS) is developed.
这两个方面是相互矛盾的，因此级间支撑系统设计对整个辐射制冷器研制至关重要。
These two aspects are contradictory. So the design of support straps system is very important to study spaceborne radiant coolers.
在支撑带性能试验的基础上，对星载抛物面型辐射制冷器支撑带系统合理的结构取向进行了探索。
On the basis of the support straps performance test, the rational structure direction of support straps system for spaceborne parabolic radiant coolers is explored.
星载辐射制冷器的级间支撑，即要隔热，又要求保持一定的刚度和强度，保证辐冷器结构的完整性。
The support straps system of spaceborne radiant coolers requires thermal isolation and it requires to remain high stiffness and strength in order to ensure the radiant coolers structural integrity.
工作人员正试图把有高辐射积水从被海啸破坏的核化合物中分离出来，并且重启常规制冷系统以冷却这些危险的高热燃料。
Workers are attempting to remove the radioactive water from the tsunami-ravaged nuclear compound and restart the regular cooling systems for the dangerously hot fuel.
采用保温隔热材料被动供暖和制冷，同时利用太阳能板和光电板采集地热能和光辐射能制冷与采暖，提高了房屋的能源效率。
Passive heating and cooling with thermal mass and insulation, Geothermal, radiant cooling and heating along with solar and photovoltaic panels contribute to the house's energy efficiency.
为了扩大太阳能吸收式制冷系统的适用范围，必须对不连续、不稳定的太阳辐射进行能量补偿。
In order to enlarge the applied range of solar absorption refrigeration system, the solar radiation must be compensated for its discontinuation and instability.
开孔的混凝土框架结构是建筑外墙隔热层，外观似“气泡”的辐射板为建筑内部提供制冷与供暖。
A punched concrete frame structure provides thermal mass at the exterior while "bubble" slabs provide radiant cooling and heating.
无论是采暖还是制冷，在传统简化计算方法中一般都不考虑夜间辐射的影响。
Whether calculating the load of heating or cooling, it is generally neglected that the contribution of nocturnal radiation to the thermal surroundings of buildings.
天棚辐射采暖制冷技术是将采暖与制冷合二为一的低能耗新技术。
The technology of sunshade radiant heating and refrigeration system is low-energy-waste technology which combines heating with refrigeration.
结合中国北方某城市在夏天太阳能辐射数值，给出了以R123为制冷剂的太阳能喷射式制冷系统在这种条件下的运行结果。
According to the solar radiation data of a city in north China, the simulation of the performance of a solar ejector refrigeration system was carried out, in which R123 was taken as the refrigerant.
首先与非制冷热电热像仪进行了比较，指出测辐射热计热成像的优势。
After compared with the uncooled pyroelectric thermal imager, the bolometer thermal imager owns the better performance.
非制冷红外焦平面器件是微测热辐射计的核心部件。
The Uncooled Infrared FPA is the key component of the microbolometer.
总结了非制冷测辐射热计的经典数学模型，并分析了探测器热绝缘结构和噪声对性能的影响，指出了性能改进和优化的基本途径。
This paper describes the classical mathematic model of bolometer, the effect of thermal isolation and noise on detector performance are also discussed.
在设定实验工况下，压缩机制冷系数的实测值仅为2.14，与单相流体排热系统相比，辐射器面积减少22.8%，系统重量则增加了7.5%。
The measured results indicate that the compressor COP is 2.14, which results in a 22.8% reduction of the radiator area, and an 7.5% increase system weight compared the single-phase fluid system.
建立了以电加热模拟太阳能辐射的喷射式空调系统实验台，研究了喷射式制冷系统的工作特性和影响因素，以及制冷剂r 123的运行性能。
An experiment set of solar ejector refrigeration system was built, in order to study its performance characteristics and the key influence factors, in which R123 was taken as the refrigerant.
本论文对实现基于MEMS工艺技术的非制冷型红外测辐射热计的两个主要关键内容进行了深入研究，即敏感器件结构的设计和整个制造工艺流程的合理设计。
Study on designing of sensor device's structures and whole reasonable fabrication process, which are two key issues of uncooled infrared bolometer that based on MEMS technique.
本论文对实现基于MEMS工艺技术的非制冷型红外测辐射热计的两个主要关键内容进行了深入研究，即敏感器件结构的设计和整个制造工艺流程的合理设计。
Study on designing of sensor device's structures and whole reasonable fabrication process, which are two key issues of uncooled infrared bolometer that based on MEMS technique.
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