查询词典 steam engineering

Start-steam, steam piping and steam transmission equipment used to house full of air, not to exclude them, we can not send steam.

开始通汽时，蒸汽输送管路和蒸汽使用设备内部都充满了空气，如不将它们排除，就无法送入蒸汽。

The hot helium temperature follows HTR-10's nuclear power changes slowly, and there is a large coupling between them, so the RPHHT system adopts cascade control, the minor loop is fast, and the major loop is hot helium temperature control loop whose dynamic response is slow; there is also a large coupling between main helium loop and steam-water loop, and both the main steam temperature measure signal and the heating process of the once-through steam generator are delayed, therefore, the MHFMST applies cascade control, the minor is main helium flow control loop whose dynamic response is fast, and the major is the main steam temperature control loop whose dynamic response is slow.

本文运用机理建模法，建立了HTR-10系统动态控制模型，然后进行了动态性能仿真，将堆芯用集中参数表示，冷却剂按一维流动处理；直流蒸汽发生器按二回路工质不同的相分为预热段、蒸发段和过热段，建立了三环节控制模型，得到HTR-10系统控制模型；仿真结果与数值计算结果对比表明，本文所建立的控制模型，能近似地反映HTR-10的动态特性，适合设计控制系统。

So the research on the thermo-economics analysis of thermal power plant is significant, this paper focuses on this field and gets some conclusions as follows: Based on Equivalent Enthalpy Drop Method and Cyclical Function Method, a conception, New Heating Steam Flow, is proposed and defined in this paper, which makes it possible to separate the cogeneration circle into condensate steam circle and heating steam circle and to get the new power equation and calculate the Rate of Electrical Power Generation by Heating Steam with Net Equivalent Enthalpy Drop.

在等效热降法的基础上，结合循环函数法的循环分析理论，通过引入热化新蒸汽量的概念，使得常规抽凝供热机组的纯凝汽循环与供热抽汽循环得以分离，从而得出了相应的供热机组汽轮机的功率方程，并实现了热化发电量与净等效热降计算的统一，最终完成了利用等效热降法对供热机组热化发电率的计算，使得已在凝汽机组中应用成熟的等效热降法可以方便地应用于供热机组，进行经济性分析和计算。

Characteristics: double steam rooms, ZhengQiLiang foot, not drop, steam output, Durability is very high, maintenance convenience, Using the gush steam set square, the activity is blocked, antifouling is simple, convenient, Quick heating, time, save electricity, large amount of steam, Using high quality of the slippery, scald-proof cluster in high-tech materials on the handle

特点：双蒸汽室，蒸汽量足，不滴水，随时有蒸汽输出；耐用性非常高，维修十分方便；采用活动的喷汽三角板，不易堵塞，防污简单，方便快捷；加热快，省时，省电，汽量大；采用优质高聚防滑，防烫的高科技材料使用在手柄上。

But for condensing steam turbine, the exhaust steam enthalpy and the enthalpy of regenerative extraction steam in wet steam state region can t be d...

该方法利用蒸汽等熵膨胀过程来确定等效热降，不仅避开了求解汽轮机排汽焓的难题，而且还可以分析引起热力系统经济性降低的原因和部位，从而为汽轮机热力系统经济性诊断提供了依据。通过与常规等效热降法计算结果的对比，证明了该改进方法的正确性。

Thirdly, by con-utilaziont of many methods such as exploitation and geology, dynamic producing process monitoring, water invasion behavior, core analyis and numerical simulation, 10 kinds of reservoir scale remaining oil distribution pattern in the steam huff and puff super heavy crude oil reservoir was put forward. Also, remainling oil distribution in the sand bed scale and sublayer scale were pointed out.Fourthly, Microcosmic displacement experiment was conducted for hot water driving in 100℃and 120℃. and steam drive at 170℃condition. Microcosmic remaining oil distribution characteristics were summarized. Remaining oil microcosmic distribution by steam drive at 170℃is different from that at 100℃, 120℃hot water driving. After the steam drive, there are three types of remaining oil distribute regular pattern, whic is impacted by many affecting factors like pore configuration, wettability and interfacial tension.

分析了砂层组规模和小层规模的纵向和平面剩余油分布规律。4、通过微观驱替实验，研究了100℃和120℃的热水驱及170℃蒸汽驱条件下剩余油的微观分布形态。170℃条件下剩余油微观分布形态同时受孔隙结构、润湿性及界面张力多种因素的影响，主要有三种形式：在油、汽、水三相共存的孔隙中，剩余油分布于汽、水之间，为薄膜状和弯月状；在只有油、汽两相共存的孔隙中，大孔道中主要是蒸汽，剩余油在细小的孔喉和孔隙角隅处以段塞或不规则状态存在；由于高温水蒸汽对原油具有萃取作用，剩余油以一种细小的珠滴状存在于孔隙表面。

The technology to achieve energy-saving in wort boiling mainly covered the following aspects: recovery of exhaust boiling steam including exhaust steam recovery by exhaust steam condenser and energy-saving by exhaust steam compressor; energy-saving by the use of new boiling system such as Merlin boiling system or soft boiling system or Stromboli boling system etc.

实现麦汁煮沸工段节能降耗的技术措施有：回收煮沸乏汽节能，包括采用乏汽冷凝器回收乏汽和采用乏汽压缩机节能；采用新型煮沸系统节能，可采用Merlin煮沸系统节能，或采用柔和煮沸系统节能，或采用Stromboli煮沸系统节能。

Since the construction of our plant since the product's quality and hospitality services, for the success of the Shenyang Yongxin Chemical Co., Ltd. liquid chlorine production line renovation project, the Northeast heating DG ultra-high housing projects, Shen-heating plant project, Dawn Living in district heating production projects, Shenyang third thermal heating network engineering company, the Shenyang Hunnan Development Zone 1, 2 heating network project, silver-Housing Industry Co., Ltd imperial garden heating project, South Lake Science and Technology Development Zone of heating network Engineering, chemical detergents factory in Fushun, ethylene plants, oil Plant, the three plants, pipelines and tank insulation works, Chuanjiang teachers Village of network engineering, Burundi Food Co. steam network engineering, Northeast First Intelligent Community roof villa Insulation works, Inner Mongolia, the national reserves (Tongliao the bar high for Hushuo) large enclosed deck insulation, such as a large number of influential works of fine works, factory aim is quality, integrity services to high-quality products for all sectors to provide first-class Services

我厂自建厂以来产品的高质量和热情周到的服务，成功的为沈阳永新化工股份有限公司液氯生产线改造工程、东北电管局超高屋供暖工程、沈飞厂区供暖工程、黎明生产区生活区供暖工程、沈阳第三供暖公司热网工程、沈阳浑南开发区一、二期热网工程、银基房业有限公司帝王花园供暖工程、南湖科技开发区热网改造工程、抚顺洗涤剂化学厂、乙烯化工厂、石油二厂、三厂、罐体及管线保温工程、川江教师新村热网工程、隆迪食品有限公司蒸气网工程、东北第一智能小区别墅屋面保温工程、内蒙国家储备库大型仓面保温密闭工程等一大批有影响的优良工程，本厂宗旨是质量为本、诚信服务，以优质的产品为各界提供一流的服务

In the fields of Resources Engineering, many applications are closely related to ceramic engineering, metallurgy engineering, chemical engineering environmental engineering.

而资源工程所涉及的领域也越来越重叠到一些其他工程领域，如陶瓷工程、冶金工程、化学工程、环境工程及生化工程动量，而与输送现象有关的动量、热量和质量传送的原理定律都可应用到这些程序的领域中。

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。

Continuously improve the production mechanism, to provide customers with better quality products and services.

不断的完善生产机制，给客户提供更优质的产品及服务。

B:Yes, he was the very prize-winner in the court tennis ten years ago?

是的，他是十年前的世界网球冠军。