辐射制冷带置换通风,raditive cooling with switching to ventilation
1)raditive cooling with switching to ventilation辐射制冷带置换通风
2)Radiant cooling辐射制冷
1.This paper reviewed the application history and status of the space radiant cooling.介绍了辐射制冷技术的应用历史与现状，列举了多种国外飞行任务使用的辐射制冷器的性能指标与简图，并在此基础上分析了当前辐射制冷技术的发展特点与趋势，提出了将来一段时期内辐射制冷技术的研究重点。
英文短句/例句
1.solid refrigeration/heat pipe/radiation refrigeration system固体制冷/热管/辐射制冷系统
2.Numerical Simulation and Experimental Study for the Radiative Cooling辐射制冷装置的数值模拟及实验研究
3.INTRODUCTION OF FLIGHT PERFORMANCES OF FY-2(02) RADIANT COOLERS风云二号02批辐射制冷器在轨情况
4.Flight performance of the radiant cooler for MERSI instrumentMERSI辐射制冷器在轨飞行性能
5.Eddy Current Displacement Sensor Applied to G-Radiant Cooler for FY-3 Meteorological Satellite电涡流位移传感器在FY-3卫星G型辐射制冷器上的应用
6.Design and analysis of scheme for separating IR aft optical components from a radiant cooler红外后光学和辐射制冷器分离方案的设计和分析
7.The capability of reflecting solar heat and radiation refrigeration depends mainly on reflective materials (pigments and fillers) in coatings.涂层的反射太阳热和辐射制冷能力主要与涂层中的反射材料（颜填料）有关。
8.heat pipe-radiator cooler热管－辐射器制冷器
9.The Design of Microbolometer s Driving Circuit and Ununiformity Correction;非制冷微热辐射计的驱动及非均匀性校正
10.Themal Characteristic and Control Study of Radiant Cooling System;辐射供冷方式的特性及运行控制策略分析
11.Radiative transfer model of uncooled dispersive imaging spectrometer非制冷色散式成像光谱仪辐射传递模型
12.The technology of sunshade radiant heating and refrigeration system is low-energy-waste technology which combines heating with refrigeration.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。
13.air tube cooler管状空气辐射冷却器
14.conduction cooling bolometer导热冷却测辐射热计
15.The Precise Synchrotron Spectrum of Fast Cooling Electrons and the GRB Prompt Emission快速冷却电子的精确同步辐射谱与GRB辐射
16.Research on the Control Strategies of Radiant Floor System for Residential Buildings at Hot in Summer and Cold in Winter Zone;夏热冬冷地区居住建筑辐射地板系统控制策略的研究
17.Irradiation control of pathogenic bacteria and their growth during storage time in cooled chickenγ射线辐照控制冷却鸡肉中的致病菌及贮藏期变化研究
18.Radiant ceilings for cooling have not gained popularity in the U. K.冷辐射顶棚在英国没有得到普及。
相关短句/例句
Radiant cooling辐射制冷
1.This paper reviewed the application history and status of the space radiant cooling.介绍了辐射制冷技术的应用历史与现状，列举了多种国外飞行任务使用的辐射制冷器的性能指标与简图，并在此基础上分析了当前辐射制冷技术的发展特点与趋势，提出了将来一段时期内辐射制冷技术的研究重点。
3)radiation cooling辐射制冷
1.The experiments onradiation cooling of several compounds;几种材料的辐射制冷实验效果研究
4)radiant cooler辐射制冷
1.Development of a new type ofradiant cooler used in geosynchronous satellites;一种新型地球同步轨道卫星辐射制冷器的研制
2.It is a very important method to calculate the exchanger factors of theradiant cooler.蒙特卡洛法在理论上可考虑任何影响辐射传热的因素 ,因此是辐射制冷数值计算的一种重要方法。
3.If aradiant cooler is connected to the heat end of a semiconductor cooler by a cryogenic heat pipe,theradiant cooler will radiate the heat dissipation of the semiconductor cooler directly into the cosmos and make its heat end keep at 200 K,then the cold end of the latter will probably be cooled to 100 K,which is an applicable space temperature.通过低温热管将半导体制冷器热端与辐射制冷器相连，使其热量直接辐射到宇宙空间中，维持２００ Ｋ 温度，将可能使冷端达到接近１００ Ｋ 的空间实用化低温。
5)Displacement Ventilation with Cooling Ceiling置换通风与冷却顶板
1.By simulation research of displacement ventilation with cooling ceiling room, presents the concept of the attached layer of roof, analyses the variation of the temperature and relative humidity of the attached layer of roof and working area in the system.通过对置换通风与冷却顶板房间的模拟研究,提出了顶板贴附层概念。
2.By dynamic simulation research of displacement ventilation with cooling ceiling room, the variation of the temperature and relative humidity in the process were analyzed.通过对置换通风与冷却顶板房间动态仿真研究,分析了这一过程中室内空气温湿度的变化规律,提出了为防止冷却顶板结露,系统启动初期置换通风系统先行的运行时间,并对后期系统正常运行时的露点温度变化进行了动态仿真研究。
6)displacement ventilation置换通风
1.Experimental study ofdisplacement ventilation system with two heat sources;双热源置换通风系统的实验研究
2.The usage ofdisplacement ventilation;下送式置换通风的适应性
3.Some questions indisplacement ventilation;置换通风几个问题的讨论
延伸阅读
制冷能力和制冷能力分子式：CAS号：性质：又称制冷能力和制冷能力。表示冷冻机所能产生的冷效应。也就是在一定条件下冷冻机中冷冻剂从被冷冻的物体中取出热量的能力。一般以每小时吸取热量的焦耳数来表示。冷冻机的冷冻能力随着冷冻剂的蒸发温度、冷凝温度及其冷凝后的过冷温度而不同。对于相同的温度条件和一定的冷冻剂，冷冻能力又与所用冷冻机的大小、转速、容积效率和其他因素有关。为了统一标准，便于比较，冷冻工程上规定按照蒸发温度为-10℃、冷凝温度为+25℃、过冷温度为+15℃来计算的，称做正常冷冻能力。按照蒸发温度为-15℃、冷凝温度为+30℃、过冷温度为+25℃来计算的，称做标准冷冻能力。在工业生产上也有用冷冻吨为计算单位的。1冷冻吨等于在24h内能将h 0℃的水冻结成1t冰的能力，即334 400kJ/24h(80 000K cal/24h)或13 920kJ/h(3 330kcal/h)或232kJ/min(55.5kcal/min)。
