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技术参数匹配
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  technical parameter matching
     A new stepless speed regulation booster pump drove by hydraulic power was developed according to this oil driving technology. This kind of pump can effectively solve the problem of low cubage efficiency, high degradation of viscosity of tri-material compound system, short service life for the consumable parts and improper technical parameter matching of the pump when drive oil by injecting polymer.
     针对这种驱油技术研制了新型液力驱动无级调速升压泵,有效解决了聚驱时在用升压注入泵容积效率低、对三元复合体系的粘度降解大、易损件寿命短、技术参数匹配不合理等问题。
短句来源
  “技术参数匹配”译为未确定词的双语例句
     Research on Match Problem between Turbogenerator parameters and Power System parameters
     汽轮发电机技术参数与电力系统技术参数匹配问题的研究
短句来源
     In this article, there are three key technologies including parameter matching, the realization of pattern and the editable report in Pro/ENGINEER are described from the theory to the realization. Ultimately, the purpose of the system is implemented.
     最后,针对系统设计中的三个关键技术:参数匹配算法、阵列的实现和Pro/ENGINEER 中可编辑报表进行了理论上和实现上的阐述,最终实现了系统设计目标。
短句来源
  相似匹配句对
     The main technical parameters arelisted.
     列举了其主要技术参数
短句来源
     the characteristic parameters matching of a graph uint;
     图元特征参数匹配
短句来源
     2)Process arrangement and its technical parameters;
     二、工艺流程和技术参数;
短句来源
     Compatibility of waterproofing technique
     防水技术匹配问题
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     Technology;
     技术
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Natural gas-fired CCHP has been developing quickly and widely used in the world due to its high efficiency. Now nearly all the equipment of CCHP has been well developed, and the match of related technical parameters for CCHP therefore becomes the key problem for the system and plays an important role in the whole economic efficiency. This paper presented the basic concept and the development of natural gas-fired CCHP. In addition, an engineering design of the CCHP system in a domestic plant was taken for example....

Natural gas-fired CCHP has been developing quickly and widely used in the world due to its high efficiency. Now nearly all the equipment of CCHP has been well developed, and the match of related technical parameters for CCHP therefore becomes the key problem for the system and plays an important role in the whole economic efficiency. This paper presented the basic concept and the development of natural gas-fired CCHP. In addition, an engineering design of the CCHP system in a domestic plant was taken for example. Calculations and comparison of two engineering plans, “fixing power based on heat” and “fixing heat based on power, were carried, and the plan of “fix heat based on power” was recommended as the better one.

天然气热电冷联产(CCHP)由于其较高的能源利用率,在全世界范围内得到了迅速的发展和广泛的利用。目前国内外相关设备已经比较成熟,因而热、电、冷相关技术参数的匹配便成为该总能系统中的技术关键,并在很大程度上影响到系统的经济效益。介绍了天然气热电冷联产系统的基本概念及发展应用情况,然后以国内某工厂CCHP系统的设计为实例,对“以热定电”和“以电定热”两种技术方案进行了参数计算和方案比较,并确定了“以电定热”的推荐方案。

The technology for driving oil by tri-material compound fluid is a new oil driving technology raised by Daqing oil field depend on the seeking of science and technology in order to obtain high recovery ratio of crude oil. A new stepless speed regulation booster pump drove by hydraulic power was developed according to this oil driving technology. This kind of pump can effectively solve the problem of low cubage efficiency, high degradation of viscosity of tri-material compound system, short service life for the...

The technology for driving oil by tri-material compound fluid is a new oil driving technology raised by Daqing oil field depend on the seeking of science and technology in order to obtain high recovery ratio of crude oil. A new stepless speed regulation booster pump drove by hydraulic power was developed according to this oil driving technology. This kind of pump can effectively solve the problem of low cubage efficiency, high degradation of viscosity of tri-material compound system, short service life for the consumable parts and improper technical parameter matching of the pump when drive oil by injecting polymer.It is proved in site industry test that the technical parameters of this kind of pump can meet the design requirements and satisfy the technological requirements of rising pressure and injection for tri-material compound fluid.

三元复合驱油技术是大庆油田为进一步提高原油采收率,依靠科技攻关不断探索提出的新的驱油技术。针对这种驱油技术研制了新型液力驱动无级调速升压泵,有效解决了聚驱时在用升压注入泵容积效率低、对三元复合体系的粘度降解大、易损件寿命短、技术参数匹配不合理等问题。经过现场工业试验表明,该泵技术参数达到了设计要求,能够满足对三元复合液升压注入的工艺要求。

>=Maglev train is a new type of ground tracked transport tool, German high - speed electromagnetic suspension transport system - TR and Japanese electrodynamics suspension - MLX is ready to revenue application. Moreover, the demonstration lines of Shanghai high - speed maglev railway adopting the German TR had been constructed and run in the last few years. The above- mentioned development shows that maglev railway is coming into our life. Route alignment technology is one of the key links in maglev technology...

>=Maglev train is a new type of ground tracked transport tool, German high - speed electromagnetic suspension transport system - TR and Japanese electrodynamics suspension - MLX is ready to revenue application. Moreover, the demonstration lines of Shanghai high - speed maglev railway adopting the German TR had been constructed and run in the last few years. The above- mentioned development shows that maglev railway is coming into our life. Route alignment technology is one of the key links in maglev technology research, has a very important meaning on implementing domestication, reducing cost and promoting maglev technology. In this paper, through considering guidelines for route alignment and engineering requirement, main alignment parameters (e.g., admissible horizontal radius, admissible vertical radius, length of sinusoid, cant) are studied based on vehicle movement dynamics, some advised parameters are proposed for maglev route alignment. The present work lays down the theoretic foundation for further study of maglev route alignment guidelines.

磁浮列车是21世纪极具竞争力的无接触地面有轨交通工具,德国的TR高速常导磁浮系统和日本的MLX高速超导磁浮系统是目前世界上技术应用成热或接近成熟的高速磁浮交通系统,随着上海高速示范线成功运营,可以预见我国将和世界同步迎来磁浮交通技术的高潮。高速磁浮交通线路技术是磁浮技术实现国产化、降低系统造价及新的项目建设中亟待解决的问题。本文在研究德国技术资料基础上,结合我国实际情况,应用行驶动力学理论,结合工程技术条件,对平曲线、竖曲线地段速度、圆曲线半径、缓和曲线长度和横坡等主要技术参数匹配关系进行了量化研究,得到了一系列结合线路具体技术条件的参数合理匹配取值,本文研究结论为完善高速磁浮线路设计标准提供了理论依据。

 
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