温差发电 thermoelectric generation(5) thermoelectric power generation(2) te power generation(0)   thermoelectric generation      Thermoelectric Generation Technology and Application for Energy Conservation      温差发电技术及其在节能领域的应用 短句来源      Thermoelectric Generation Technology and its Application in Exhaust Waste Heat Utilizing for Automobile's Engine      温差发电技术及其在汽车发动机排气余热利用中的应用 短句来源      Outlook and Application of Thermoelectric Generation      温差发电技术的应用和展望 短句来源      This thesis introduces the related principle, history, as well as current research progress and application of thermoelectric generation (TEG).      本文查阅了国内外关于半导体温差发电方面的大量文献和书籍，介绍了温差发电的相关原理、历史，以及当前的最新研究进展和应用。 短句来源      Thermoelectric generation,which can directly convert thermal energy to electrical energy,has the advantages of no moving parts,silence in operation and high reliability and is a green and environmentallyfriendly technology.      温差发电技术是利用热电转换材料直接将热能转化为电能的发电技术,具有无运动部件、体积小、重量轻、移动方便和可靠性高等特点,是绿色环保的发电方式。 短句来源   thermoelectric power generation      Application of thermoelectric materials on thermoelectric power generation and cooling is investigated. Oxides thermoelectric materials must be focused on because of its peculiar performances.      阐述了提高热电材料热电特性的途径以及热电材料在温差发电和制冷方面的应用 ,提出了氧化物热电材料必将成为材料研究亮点的观点。 短句来源      This paper briefly introduced the characteristics and developmen t background of oxide thermoelectric materials. The crystal structure, thermoelect ric properties and application perspective of several oxide thermoelectric mater ials were analyzed. A review was made on current applications of oxide thermoele ctric materials for thermoelectric power generation and gas sensor.      介绍了氧化物热电材料的研究背景和特点,分析了几种典型氧化物材料的晶体结构及热电特性,综述了该类材料在温差发电和气体传感器方面的应用,最后提出了提高热电优值的途径和今后的发展方向。 短句来源   “温差发电”译为未确定词的双语例句      The relation between output voltage/power of the STM (semiconductor thermoelectric module) and the temperature difference between two sides of it was discussed.      研究了半导体温差发电模块输出电压/输出功率与冷热面温度差的关系,并搭建了利用半导体温差发电模块产生的电能作为能量的一种锂离子蓄电池充电装置。 短句来源      A 14-20 V voltage output was made by using three STMs, at the 150 K of the temperature difference.      然后设计了利用3片温差发电模块工作在温差150K下输出14￣20V不稳定的电源。 短句来源      Besides, some new methods for LNG cold energy utilization are also researched in this thesis, including modified combined-electricity-generation, LNG cold energy recovery by thermoelectric associating with power cycle, air liquation by LNG and solar electrical energy generation combining with LNG, etc.      此外，还研究了几种利用LNG冷能的新方法，包括改进的联合法发电、温差发电联合动力循环回收LNG冷能、利用LNG冷能液化空气以及太阳电池发电与LNG冷能联合等。 短句来源      In addition,a potential optimization technique was proposed. The expectation of the application of Bi_2Te_3-based thermoelectric materials in thermopile and refrigeration was described.      提出了一套值得探讨的优化设计方案,展望了Bi2Te3基热电材料在温差发电和半导体制冷领域颇具潜力的应用前景。 短句来源      The current status of study of thermoelectric (TE) materials is briefly reviewed-The strategies      概述了热电材料的研究现状,阐述了提高热电转换效率的途径,介绍了在温差发电和热电致冷方面的应用现状及前景。 短句来源 更多        查询“温差发电”译词为用户自定义的双语例句     我想查看译文中含有：的双语例句 为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法，我们为您准备了出自英文原文的大量英语例句，供您参考。   thermoelectric generation Thermoelectric generation of charge imbalance at a superconductor-normal metal interface 例句来源       However, for the sake of some degree of completeness, most of the uses of silicides, be it infrared detection or thermoelectric generation, are mentioned and some recent references listed. 例句来源       Hydroelectric generation of 1,000 KW or above and thermoelectric generation of 5,000 KW or above would be subject to competitive auctions. 例句来源       Soldered or crimped splice and copper extension wire are preferable, to reduce the likelihood of thermoelectric generation of error voltages. 例句来源         thermoelectric power generation Lastly, performances of thermoelectric power generation by using cascade arc-shaped promoters for OTEC were measured and the optimum condition was investigated. 例句来源       High performance functionally graded and segmented Bi2Te3-based materials for thermoelectric power generation 例句来源       Thermoelectric power generation: Converting low-grade heat into electricity 例句来源       This article describes some of the fundamental aspects of thermoelectric power generation, which employs low-temperature heat sources to create electricity. 例句来源       Research has also recently been initiated to address the intimate link between thermoelectric power generation and water quality and sustainability. 例句来源       更多                    A key subsystem for space flight and planned bases of space             核热半导体温差发电器是目前空间探测器常用的电源系统,特别是对于那些远离太阳的空间探测器,这种装置是目前唯一实用的供电系统。它作为空间探测器不可缺少的关键部分,以及在可以预见的未来空间探测中起着的重要作用,一直是美国航空航天局(NASA)空间计划中的一个重要研究项目。文章将介绍这种电源系统的基本结构、主要特点及其应用。 文摘来源          Abstract The optimal performance of a semiconductor thermoelectric generator iapanalysed by using the theory of finite-time thermodynamics.The power output andefficiency of the generator under the influence of three main irreversible effects ofheat conduction, heat leak, and Joule heat are derived. From them, the relationsamong the performance of the generator, the parameters of the semiconductor mater ials, the configurations of the semiconductor elements, as well as the load resistanceare discussed. A ser...             本文应用有限时间热力学理论分析半导体温差发电器的优化性能，导出在导热、热漏和焦耳热三种主要不可逆因素影响下发电器的输出功率和效率，由此讨论了发电器的性能与其半导体材料、元件结构以及负载电阻等之间的关系，获得一系列重要结论，它对如何合理地选择发电器的负载电阻和优化半导体元件等提供了一些新的理论依据． 文摘来源          Radioisotope thermoelectric generators(RTGs)have successfully provided power for space missions since the early 1960’s.Their safety,reliability, long-life performance and survivability have been thoroughly demonstrated for multiple applications of earth orbital flying,Iunar scienti-fic experiments and planetary exploration,With regard to the energy conversion systems,the static isotope power system has been continuously improved and the dynamic isotope power system combining the general purpose heat source ...             放射性同位素温差发电器（ＲＴＧ）自６０年代初以来，已成功地为空间发射任务提供动力。同位素温差发电器的安全性、可靠性和耐久性已经为其地球轨道飞行、月面科学试验和外层行星探索的多种应用而得到充分地证实。就能量转换体系而言，近年来人们为了提高热电转换效率，除继续改进“静态同位素发电体系”外，业已开始发展由通用型热源组件与封闭的布雷顿循环相结合的“动态同位素发电体系”。文中收集了本世纪９０年代由同位素发电体系供电的宇宙飞船发射时间表，并展望了同位素发电体系的应用前景。 文摘来源   << 更多相关文摘         相关查询: 温差发电技术 半导体温差发电 温差发电换热器 海水温差发电 海洋温差发电 温差发电模块 半导体温差发电模块 发电 温差 混合式海水温差能发电 发电投资 表面温差  对查询结果不满意

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