1.A review on the clod brayton cycle solar dynamic space power system
如何修改密码闭式Brayton循环的太阳能热动力空间发电技术收藏指正
我的青春旋律2.The Comparison and Analysis of Solar Dynamic Power Module with Brayton Cycle and Stirling Cycle
太阳能热动力系统Brayton装置与Stirling装置分析与比较收藏指正
3.Field Layout and CPC Rearches in Tower Solar Power Plants and Roof CPV Design
塔式太阳能热发电站镜场和CPC及屋顶CPV设计研究收藏指正
4.It can be en that solar dynamic power system is an advanced project of power supply in space station, among which clod Brayton cycle is likely to be technically realized in the near future.
太阳能热动力系统具有高效率 ,紧凑和可靠性好等优点 ,长期运行的费用低 ,是一种先进的太阳能电源方案 ,其中闭式Brayton循环是技术上最有可能近期实现的电源收藏指正
5.solar energy
太阳能收藏指正
6.STUDY OF ICC SOLAR COLLECTOR
ICC太阳能集热器的研究收藏指正
7.ANALYSIS OF ENERGY PERFORMANCE ON HEAT TRANSFER UNIT INSIDE SOLAR COLLECTOR
老放屁什么原因太阳能集热器内侧换热系统的能量特性分析收藏指正
8.EMULATION RESEARCH IN DIVIDED SEASONS WITH EMULATION MOLD OF SOLAR ENERGY COLLECTOR SYSTEM FOR DARWIN DISTRICT
利用太阳能集热器系统仿真模型进行季节划分研究收藏指正
9.we will actively introduce, develop and promote the application of such technologies as
pollution-free burning, geothermal-operated pumps, solar energy power generating, solar energy heating, fuel cells, and nanometer materials, etc.
积极引进、开发和推广清洁燃烧、热泵、太阳能光伏发电、太阳能集热、燃料电池、纳米材料等技术；收藏指正
10.The practicability of lective black Ni-Sn alloy surface by means of electrop- lating is investigated according to the requirements that solar collector surface sho- uld have high absorptance(α_)in visible spectrum and low emittance(ε).
按照太阳能集热器的吸收面应具有高的太阳光谱吸收率α_(?) 和低的热发射率ε的要求,研究了用电镀的方法制备太阳能选择性吸收层的实用性。收藏指正 二维码的原理
11.EXPERIMENTAL INVESTIGATION ON A SOLAR ADSORBER WITH GLASS TUB INSULATION
套管型太阳能吸附集热器实验研究收藏指正
12.solar power generation
太阳能发电收藏指正
13.solar power plant
太阳能电站收藏指正
14.solar-powered airplane
祸不单行拼音太阳能飞机收藏指正
15.a solar engine
太阳能发动机收藏指正
16.solar battery
太阳能电池收藏指正
17.solar energy rocket
太阳能火箭收藏指正
18.solar building
太阳能建筑收藏指正
19.Influence of Thermal Resistance and Regeneration Loss on Performance of a Solar-driven Ericsson Heat Engine
热阻和回热损失对太阳能驱动的埃里克森热机性能的影响收藏指正
20.THEORETICAL AND EXPERIMENTAL STUDY FOR FPV-CPC MEDIUM-TEMPERATURE SOLAR COLLECTOR
FPV-CPC太阳能中温集热器理论与实验研究收藏指正
"皇明太阳能热"相关例句(10267)
21.This paper prents a brief description of the construction,characteristics and the application prospects of the space ud Solar Dynamic(SD)power system, while in detail,optimizes the thermal parameters withthe total system weight and the cross drag ar通光
ea for an example of a 10kWClod Brayton Cycle(CBC)SD power device.
介绍了空间用太阳能热动力发电装置的结构、特点及其应用前景，并以10kW闭式布雷顿循环太阳能热动力发电装置为对象，重点对以系统总质量和总当量阻力面积最小为目标的热力参数进行优化计算。收藏指正
22.It can be en that solar dynamic power system is an advanced project of power supply in space station, among which clod Brayton cycle is likely to be technically realized in the near future. 调查表模板
太阳能热动力系统具有高效率 ,紧凑和可靠性好等优点 ,长期运行的费用低 ,是一种先进的太阳能电源方案 ,其中闭式Brayton循环是技术上最有可能近期实现的电源收藏指正
23.Solar Thermal Propulsion (STP) is a new kind of concept and technology. It is mainly compod of solar concentrator, absorber/thruster and propellant supply system. It us focud sunlight to heat a lightweight propellant, such as hydrogen, which is then expanded out a nozzle for thrust.
古风少女画太阳能热推进(STP)是一项新概念、新技术,其系统主要由太阳能聚光器、吸收器/推力室、工质贮存与供应系统组成,利用聚集的太阳辐射能直接加热轻质量的推进工质(例如氢气),膨胀后通过喷管喷出而产生推力。收藏指正
24.Simulates and analys the heat energy collected by the solar collector, the inlet and outlet temperatures of heat transfer fluid in the energy storage tank, the mean temperature of the pha change material(PCM) and the heat loss from the energy storage tank under different combinations of the collector area and the storage volume for the system with PCM of CaCl2·6H2O applied to a villa in Harbin area.
以CaCl2.6H2O作为相变蓄热材料,以哈尔滨地区应用该系统的某别墅为例,对不同太阳能集热器面积和蓄热体积下的集热量、蓄热装置换热流体进出口温度、相变材料平均温度及蓄热装置散热损失进行了模拟与分析。收藏指正
25.Beijing Tsinghua Unisplendour Solar Energy Technology Rearch Center is an integrated corporation with perfect manufacturing,marketing and follow-up rvices system.It is attended to the technological development of new sources of energy ,such as
solar water heater,solar energy collecting project,solar PV(photovoltaic),etc.Into a famous and fund as the sup-porting points to develop green and economical product,especially over solar water heater and applied techniques of laige scale heat collecting projects.
北京清华紫光太阳能技术研究所是致力于太阳能热水器、太阳能集热工程、太阳能光伏等新能源的技术开发，产品生产、市场营销及完善的售后服务为一体的综合型企业，公司集清华大学的特殊优势和17年的市场积累，以品牌、资源及资金为发展支点，开发绿色节能产品，特别是太阳能热水器和太阳能大型集热工程的应用技术，凭借对科技成果产业化的管理能力和经验，逐步发展成为较具规模和引导行业技术发展的企业。收藏指正
