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gas-cooling
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  气冷
     Thermal Performance Research of 350MW Circular Sphere High Temperature Gas-cooling Reactor Under Loss of Cooling and Depressurization Accident
     350MW环型球床高温气冷堆失冷失压事故下的热工特性研究
短句来源
     Design Consideration of On-line Burnup Measurement System for High Temperature Gas-cooling Reactor: Influence of Cooling Time for Fuel Sphere on Burnup Measurement
     高温气冷堆在线燃耗测量系统的设计考虑——燃料球的冷却时间对燃耗测量的影响
短句来源
     The high-temperature gas-cooling reactor (HTGR) is an advanced converter reactor operated by using thorium/uranium cycle and utilizing 93% 235U-enriched or 20% 235U-enriched uranium and thorium as fissile fuel. In this paper, two fuel cycles of the HTGR, i. e. once-through and recycle, have been investigated. The early stage costs of fuel and fuel cycle were calculated.
     高温气冷堆普遍采用中浓铀加钍[即Th/U(20%~(235)U]和高浓铀加钍[即Th/U(93%~(235)U)]两种燃料。本文根据其燃料循环数据建立燃料循环的经济模型,对近期燃料费用和燃料循环费用进行了计算和分析。
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  “gas-cooling”译为未确定词的双语例句
     In this paper,we report bridgman growth results of 0. 67Pb(Mg_(1/3)Nb_(2/3))-0. 33PbTiO_3 crystals grown by spontaneous and gas-cooling induced nucleation.
     在坩埚下降法生长炉内,采用自发成核和通气诱导成核两种方法生长了0.67Pb(Mg_(1/3)Nb_(2/3))-0.33PbTiO_3晶体,尺寸分别达到φ30mm×35mm和35mm×35mm×40mm。
短句来源
     By comparing three kinds of rebuilding projects ,which all meet the requirement of enlarging throughput, the project is more deserved recommending, in which a new gas-cooling methanol synthesis reactor are linked after the quondam one, because the investment and energy consumption are lesser, the use of energy is better and the methanol output is higher than the other two projects.
     比较了合成系统的三种扩能改造方案,发现新增一台气体冷却式甲醇合成塔串联在原管壳副产蒸汽型甲醇合成塔之后的改造方案,其投资省能耗低,能量回收利用率高,且甲醇产量较其它两种方案有所增加,满足扩能改造要求,值得推荐使用。
短句来源
     This paper mainly simulates and builds the model of working cycle in cylinder and exit gas-cooling system for the flameproof diesel locomotive S1100FB,programing the simulating by MATLAB and making them implementation. The results deseribe the excellent and practical of this means.
     主要对S110 0FB防爆柴油机的气缸工作过程和排气冷却系统进行了建模与仿真 ,用MATLAB实现了排气冷却系统的排气温度、压力的仿真图形 ,并阐明这一方法的优越性和实用性。
短句来源
     According to field experience, this paper analyzed the structure feature, welding shortage and reason of large-scale heat exchanger (e.g. horizontal pipe gas-cooling machines, rectangular parallelepiped) and the main technology and optimized measures in key step during manufacturing.
     结合现场施工实践,分析了大型换热器(横管式煤气冷却器,外形为长方形)的结构特点、焊接缺陷与产生原因,以及制造中关键环节应采取的主要工艺及优化技术措施。
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  相似匹配句对
     Gas Station
     加油站
短句来源
     Gas Bearings
     气轴承
短句来源
     INTRODUCTION TO THE GAS-TO-LIQUIDS
     天然气制合成油介绍
短句来源
     identify the gas-bearing ;
     识别和评价气层;
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     Cooling Compounds
     清凉化合物
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  gas-cooling
Next, the analyses of GCP spray nozzle head scale, gas-cooling zone scale, and BUF inlet duct scale were focused on the effect of base material.
      
A possibility of 1MW CW single disk Brewster windows with a forced gas-cooling is discussed, resulting in convinced prospects of the windows with realistic size and thickness.
      
Without gas-cooling it did not saturate and reached 323 °C during 30 seconds pulse.
      
Gas-cooling dramatically suppressed the temperature of the window disk even with gas flow rate of around 100 l/min.
      
A relationship connecting the discharge of the gas-cooling cryogenic flow inlets to the discharge of the gas returning in the reverse flow is obtained, for which the cold-productivity of the refrigerator, which is required, is a minimum.
      


This system consists of five parts: a 10T superconducting magnet, a 150 A power supply, a metallic inner dewar, a 80 1 liquid helium outer dewar and some other auxiliaries including the thermal shield, the magnet support, current leads, etc. The inner dewar which is placed in the bore-hole of the magnet provides a φ = 30 mm variable-temperature space from 4.2 K to 400 K and the superconducting magnetic field can be adjusted from 0 to 10 T. The samples can be changed at any time when the magnet is in operating...

This system consists of five parts: a 10T superconducting magnet, a 150 A power supply, a metallic inner dewar, a 80 1 liquid helium outer dewar and some other auxiliaries including the thermal shield, the magnet support, current leads, etc. The inner dewar which is placed in the bore-hole of the magnet provides a φ = 30 mm variable-temperature space from 4.2 K to 400 K and the superconducting magnetic field can be adjusted from 0 to 10 T. The samples can be changed at any time when the magnet is in operating state. The construction of the outer dewar is a gas-cooling multi-shield insulation without liquid nitrogen protection. The loss rate of the liquid helium is 0.21 liter per hour. At 10T field strengh, when the temperature in the inner dewar is at 70 K, the loss rate is in the range of 1.3-1.6 liters per hour.

该装置由11T超导强磁体;ф_内=30mm室温孔径的金属内杜瓦瓶;80升液氦金属外杜瓦瓶;JWL-150A超导磁体电源以及防辐射屏、吊杆、引线等五部分构成。金属内杜瓦瓶直接插在磁体内径中,其实验空间与外界相通,它可在4.2—400K之间变温,在0—10T之间改变磁场强度,也可随时更换测试样品。金属外杜瓦瓶采用气冷多屏绝热的结构。它自身的蒸发率为0.21升/小时。在内杜瓦瓶温度~70K、场强为10T时,液氦蒸发率为1.3—1.6升/小时之间。

By using a Simulated model, this article established the basic heat transfer equations for laser-gas cooling systems. It can be used in the determination of heat resistance of each part in the system. Analysis indicates that increase in the circulating gas density can improve the heat transfer effect, decrease gas flow resistance and reduce power consumption. On this basis a medium pressure gas cooling system was built and succeasfuly used in a YAG laser which has a repetition rate of 10 Hz and heat dissipation...

By using a Simulated model, this article established the basic heat transfer equations for laser-gas cooling systems. It can be used in the determination of heat resistance of each part in the system. Analysis indicates that increase in the circulating gas density can improve the heat transfer effect, decrease gas flow resistance and reduce power consumption. On this basis a medium pressure gas cooling system was built and succeasfuly used in a YAG laser which has a repetition rate of 10 Hz and heat dissipation power of 200 W.

本文通过模拟传热模型,建立起激光器风冷系统的换热基本方程式.分析指出:仅当热阻主要集中于光泵浦——冷却质一侧时,增加循环工作物质密度才有提高换热效果、减小流动阻力、降低风机耗功的明显效果.在此基础上研制成功重复率为10c/s,热耗散功率200W的激光器中压气体封闭循环风冷系统.实验研究所用气体压力P、流速W、壳体外壁侧热阻等诸因素对冷却效能影响的结果亦与分析结论一致.

During the coke oven gas cooling in the gas collecting main, there are heat transfer and mass transfer simultaneously. The limit on thermodynamics for gas cooling is the adiabatic saturation temperatures. The thermody-namical data of the gas in some conditions are calculated by computer and available conclusion are given from the data in this paper.

焦炉煤气在集气管中的冷却过程是传热与传质同时进行的。煤气冷却的热力学极限是绝热饱和温度。文中用计算机计算了某些条件下煤气的热力学数据,从中得到一些有用的结果。

 
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