查询词典 heat-regulating

Through theoretical calculations and practical measurements an analysis and demonstrative reasoning were conducted of the excess air coefficient of a heat supply boiler, which has led to the increase in heat supply energy consumption.

通过理论计算和实际测试，对供热锅炉的空气过量系数导致供热能耗增加进行了分析、论证，得出了供热锅炉在实际运行中的空气过量系数增加是导致供热能耗上升的结论，并对供热锅炉的空气过量系数增大原因进行分析。

The effects of space of fins, number of tube rows and relative humidity of incoming air on airside performance of wavy fin with hydrophilic coating under dehumidifying conditions were experimentally explored for seven wavy fin-and-tube heat exchangers with hydrophilic coating. The Colburn factor and the Fanning friction were applied to describe airside heat transfer and friction characteristics, respectively.

为了确定翅片间距、管排数和入口空气相对湿度等参数对析湿工况下带亲水层波纹翅片空气侧特性的影响，对7个带亲水层的波纹翅片管换热器进行了试验研究，并分别以Colburn换热因子和Fanning摩擦因子来反映空气侧换热和压降特性。

AbstractThe effects of space of fins, number of tube rows and relative humidity of incoming air on airside performance of wavy fin with hydrophilic coating under dehumidifying conditions were experimentally explored for seven wavy fin-and-tube heat exchangers with hydrophilic coating. The Colburn factor and the Fanning friction were applied to describe airside heat transfer and friction characteristics, respectively.

摘 要：为了确定翅片间距、管排数和入口空气相对湿度等参数对析湿工况下带亲水层波纹翅片空气侧特性的影响，对7个带亲水层的波纹翅片管换热器进行了试验研究，并分别以Colburn换热因子和Fanning摩擦因子来反映空气侧换热和压降特性。

The effects of space of finsnumber of tube rows and relative humidity of incoming air on airside performance of wavy fin with hydrophilic coating under dehumidifying conditions were experimentally explored for seven wavy fin-and-tube heat exchangers with hydrophilic coating. The Colburn factor and the Fanning friction were applied to describe airside heat transfer and friction characteristicsrespectively.

为了确定翅片间距、管排数和入口空气相对湿度等参数对析湿工况下带亲水层波纹翅片空气侧特性的影响，对7个带亲水层的波纹翅片管换热器进行了试验研究，并分别以Colburn换热因子和Fanning摩擦因子来反映空气侧换热和压降特性。

The combination of cold and heat storage with heat pumps can be combined with water/humidity regulation.

的调节相结合的冷和热储热与泵结合起来，可以与水/湿度。

Position: Industrial Engineering Intern or mechanical trainee Personal Information: Name: Gender: Male Education: Bachelor Profession: Energy and Power Engineering Contact: E-mail: Education: 2007.09 ~ now studying at the University Energy Institute (formerly part of Physical Science and Technology) 2004.09 ~ 2007.06 enrolled in the bridge of Jingjiang City, Jiangsu Province, High School Major Courses: Engineering thermodynamics, engineering fluid mechanics, heat transfer, engineering mechanics, combustion theory and technology, mechanical design based on theory and design of heat exchanger If you want to know my report card, please contact me, thank you.

跪求一份英文简历，对着我的中文简历翻译。急！急！急！我的简历应聘职位：工业工程实习生或机械实习生个人信息：姓名：性别：男学历：本科专业：热能与动力工程联系方式：邮箱：教育背景： 2007.09～至今就读于苏州大学能源学院（原属于物理科学与技术学院） 2004.09～2007.06 就读于江苏省靖江市斜桥高级中学主修课程：工程热力学、工程流体力学、传热学、工程力学、燃烧理论与技术、机械设计基础、换热器原理与设计（如果要知道我的成绩单，请联系我，谢谢。

Position: industrial engineering intern or mechanical traineepersonal information:name:gender: maleeducation: bachelorprofession: energy and power engineeringcontact:e-mail:education:2007.09 ~ now studying at the university energy institute (formerly part of physical science and technology)2004.09 ~ 2007.06 enrolled in the bridge of jingjiang city, jiangsu province, high schoolmajor courses:engineering thermodynamics, engineering fluid mechanics, heat transfer, engineering mechanics, combustion theory and technology, mechanical design based on theory and design of heat exchangerif you want to know my report card, please contact me, thank you.

跪求一份英文简历，对着我的中文简历翻译。急！急！急！问：我的简历应聘职位：工业工程实习生或机械实习生个人信息：姓名：性别：男学历：本科专业：热能与动力工程联系方式：邮箱：教育背景： 2007.09～至今就读于苏州大学能源学院（原属于物理科学与技术学院） 2004.09～2007.06 就读于江苏省靖江市斜桥高级中学主修课程：工程热力学、工程流体力学、传热学、工程力学、燃烧理论与技术、机械设计基础、换热器原理与设计（如果要知道我的成绩单，请联系我，谢谢。

After a simple retrospect of the development and application of the heat pipe, the working elements and the history and the actual state of the investigation inside the thermosyphon, a numerical model based on the previous experimental and theoretical studies is developed to simulate and analyze the process of the flowage and heat transfer in the condensator of the two-phase closed thermosyphon.

本文首先简单回顾了热管的发展及应用情况，介绍了热虹吸管的工作机理及其内部凝结换热的研究历史和发展现状，然后在前人实验和理论研究的基础上提出了本文的研究方向，建立了一个数学模型，对两相闭式热虹吸管冷凝段的流动和传热过程进行了数值模拟和理论分析。

The mechanism was similar to the equivalent barotropic warm core structure. The Conditional Instability of the Second Kind was the primary mechanism of development and maintenance for MCSs in case 2005. As the MCSs intensified and persisted, the latent heating was highly efficient in producing significant enhancement of Mei-Yu front systems. The LLJ intensified by Coriolis acceleration of ageostrophic wind was induced by the effect of latent heat release. The LLJ and the effect of latent heat released reinforce each other in convection system through a positive feedback process.

综合而言，2005年个案中梅雨锋面结构为垂直近乎不倾斜的浅系统，槽线系统不明显，锋面水平温度梯度微弱，低层具有强水平气旋式风切，较似正压系统，个案中MCS发展及维持机制，主要是透过CISK 过程来维持；其过程是由於低层锋面带上之辐合激发对流发展，对流潜热释放造成局部气压梯度增强，因而增强地转风；而潜热释放亦有利低层辐合之增强，产生非地转风，再透过科氏加速增强西南风，使LLJ增强，形成一正向的回馈作用。

In this dissertation, an inverse heat conduction method has been proposed to determine the heat transfer coefficient.

本文针对这一现实的困难，提出了用反传热法来测算换热系数。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。