热能工程

  • 网络thermal engineering;Thermal Power Engineering
热能工程热能工程
  1. 最后,在系数N和R的指导下,在浙江大学热能工程研究所高温气固两相流风洞试验台上验证测量系统的可靠性。

    Finally , under the guidance of coefficient N and R , experiments were taken in high-temperature gas-solid two-phase flow wind tunnel in Institute of Thermal Engineering at Zhejiang University , to verify the reliability of the measurement system .

  2. 文章主要探讨增氧燃烧的原理及其在热能工程中的应用。

    This paper discusses its theory and its application in thermal engineering .

  3. 2D系统和信号在数字图像和信号处理、地震数据分析、热能工程等领域已得到了研究。

    2D systems and signals have been studied in relation to several modern engineering fields such as digital image and signal processing , seismic data processing , thermal power engineering .

  4. 热管技术及其在热能工程中的应用

    Heat Pipe Technology and its Application in Thermal Engineering

  5. 高炉&转炉区段工艺技术界面热能工程分析

    Thermal Engineering Analysis for the Techno - Interface of BF - BOF Region

  6. 针对这一情况,本文对浙江大学热能工程研究所提出了一种可应用于锅炉改造中的新型旋风分离器&方形卧式分离器进行了试验和理论研究。

    To this case , a new kind of cyclone , the horizontal square cyclone , has been presented in this paper .

  7. 不难想象她在高考时名落孙山,并且只能主修她不喜欢的热能工程专业。

    It is not hard to imagine that she lost in the university entrance exam and majored in energy project that she dislikes .

  8. 根据热能工程及化工领域中的某些实际需要,提出了一种新型分离式可变热导热管并进行了实验研究。

    Based on some demands in thermal energy engineering and chemical industries , a new type of heat pipe was proposed and studied experimentally .

  9. (清华大学热能工程系,北京100084)要优化水泵水轮机转轮设计,应了解转轮在内的水泵水轮机全流道的流动特性。

    In order to optimize the design of the reversible pump-turbine runner , the flow characters on the whole flow passage including the runner should be understood .

  10. 来美以前,他曾于上海交通大学获热能工程学士和硕士学位。

    Prior to coming to the US , he earned a bachelor degree and a master 's degree , both in thermal engineering , from Shanghai Jiaotong University .

  11. 迪恩涡二次流是弯曲流道中特有的流体流动现象,它的强化传质作用在热能工程中取得成功而广泛的应用。

    Dean Vortex of Secondary Flow is a flow phenomenon of curve pipe , whose intensifying mass transporting function had been widely and successfully applied in heat energy engineering .

  12. 论文依托浙江大学热能工程国家重点实验室建设项目&高温多相流风洞。

    This paper is based on the High-Temperature Multiphase-flow Wind Tunnel project , which is one of the state key laboratory construction projects of Thermal Engineering , Zhejiang University .

  13. 简要介绍了清华大学热能工程系建立的能源动力仿真实验教学系统,以及该系统在学生实践教学环节的作用。

    This paper briefly introduced the design of power energy simulation experiment teaching system developed by Thermal Engineering Department , Tsinghua University , as well as its application to student practice teaching .

  14. 清华大学热能工程系根据现有技术及锅炉设备于1992年提出差速循环流化床的构想并获得了专利。

    The scheme of the differential velocity fluidized bed was put forward by Thermal Engineering Department of Tsinghua University in 1992 and got patent simultaneously in accordance with the present technologies and boiler installation .

  15. 如何让电站锅炉燃烧进行的既安全又高效经济,这个问题十分复杂,又具有重大的意义,热能工程领域的专家们一直在这个问题上不断探索着。

    How to make burning boiler safe and efficient for the economy , the problem is very complicated , but also of great significance , thermal engineering experts have been constantly exploring this issue .

  16. 热能工程领域的许多分析计算相当复杂,其涉及的设备多并且设备之间的联系繁琐,将这些设备的特性和相互关系通过统一的算法表达出来比较困难。

    The analysis and calculation in thermal energy field is complicated , much equipment involved and the tedious connection between the equipment , and it is difficult to express these characteristic and inter-reaction by unified algorithm .

  17. 通过本文研究,将基于流的组态平台引入电站热能工程分析的领域,为相关科学研究的实用化、工程化提供了一条可行的创新思路。

    By research of this paper , lead configuration platform on the basis of flow into power station thermal energy analytic field , have offered a feasible innovative way for the practical , projects in relevant scientific research .

  18. 浙江大学热能工程研究所内建立的高温气固两相流风洞试验台是校重点项目,为了保障该实验系统安全稳定的运行,一套可靠的实验台监控系统是必不可少的。

    The wind tunnel established by Institute of Thermal Power Engineering of Zhejiang University is a key project of the university . In order to ensure the feasibility of laboratorial system , a dependable monitoring and controlling system is necessary .

  19. IFC公式在热能动力工程中的应用

    The Application of IFC Formula in Thermal Energy Power Engineering

  20. 水蒸气分子光谱数据在航天科学、大气科学、天体物理以及热能动力工程中有着广泛的应用。

    Spectral data of water vapor molecules have been widely used in the fields of aerospace science , atmospheric science , astrophysics , thermal energy and power engineering .

  21. 针对电厂热能动力工程专业的实验教学与科研的需要,设计、建设了一套煤粉燃烧实验装置。

    This paper developed a set of experimental apparatus for pulverized-coal combustion in order to meet the experimental teaching and study for the electric power plant heat energy power engineering .

  22. 这种模型的应用可以使得热能动力工程和制冷工程设计中的状态参数和热力过程计算软件的重复使用问题得到简化。

    With this kind of model , the software used in thermal power engineering and refrigeration engineering for computing thermodynamic parameters of state and processes can be easily reused and enhanced .

  23. 本文所建立的热能系统工程的多元价值取向模型是在多元因素约束环境条件下,对热能系统工程客观价值取向规律的探讨和尝试。

    A concept of the model of multi-element valued of thermal energy system engineering is established in present paper , which has approached its objective valued regularity of the thermal energy system engineering from the multi-element restraints factors .

  24. 摘要从分析实验教学中存在的问题入手,指出了传统实验教学模式的局限性,并提出了对电厂热能动力工程专业实验教学体系进行改革的思路及探索。

    According to the existent problems of experimental teaching , this article pointed out the limitation of traditional mode of experimental teaching , and put forward the reform ideas for the experimental teaching system of engineering electric power plant heat energy .

  25. 热能与动力工程专业主要课程时效分析

    Time Efficiency Analysis of Major Subjects Thermal Energy and Power Engineering Course

  26. 热能与动力工程专业教学改革探讨

    Exploration of Teaching Reformation for Major of Thermal Energy & Power Engineering

  27. 运用热能平衡系统工程剖析烧结工序能耗

    Evaluation of energy consumption in the sintering process by heat energy balance analysing

  28. 喷射器在我国热能及动力工程中的应用

    The Application of Injectors in the Thermal and Power Engineering Industries in Our Country

  29. 热能与动力工程专业产学研一体化教学模式的探索

    The Research of Integral Mode of Education and Research in Thermal Power Engineering Department

  30. 热能与动力工程专业(制冷方向)在中原工学院的发展

    Development of Thermal Energy and Power Engineering ( Refrigeration ) in Zhongyuan University of Technology