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外取热
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  “外取热”译为未确定词的双语例句
     Through optimizing operation parameters, stripping steam consumption decreases 1.8 tons, external heat steam output increases from 36 t/h to 56 t/h, energy converting of coking decreases to 50-60 kg/t, energy consumption reaches the standard.
     通过优化操作参数,装置汽提蒸汽量减少1.8 t,外取热产汽量由36 t/h提高至56t/b,生焦折能降低到50-60 kg/t,能耗达到标准要求。
短句来源
     USAGE AND MANAGEMENT OF EXTERNAL COOLER
     浅谈外取热器的使用与管理
短句来源
     Installation of Gas Control Type of External Heat Extractor with Catalyst Fluidized Pipeline and its Heat Transmission Analysis
     装有催化剂流化管气控式外取热器的安装和换热分析
短句来源
     Among the external coolers in service, the pneumatic type has the best efficiency and its heat transfer capacity is 0. 45MW/m~3. But the others are 0. 30MW/m~3. The cost of the pneumatic type is much lower than that of the valve-control type.
     已投用的外取热器中,气 控式设备效率最高,单位外取热器设备体积取热量为 0、45 MW/m~3,其他形式为 0.3 MW/m~3,再考虑滑阀造价,气控 式投资明显低于阀控式;
短句来源
     CLASSIFICATION AND HEAT TRANSFER ANALYSIS OF EXTERNAL COOLER IN REGENERATOR OF FCCU
     催化裂化再生器外取热器分类及换热性能分析
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  相似匹配句对
     Manufacturing Technology of External Heaters
     器的制造工艺
短句来源
     Failure Analysis to Heat Removing Tube of External Heat Collector and Prevention
     器管束的失效分析及对策
短句来源
     APPLICATION OF EXTERNAL CATALYST COOLER IN RFCC UNIT
     重油催化裂化装置器应用
短句来源
     Manufacturing and Inspection of Heavy Oil CCU Cooler
     重油催化裂化装置器的制造
短句来源
     DESIGN CALCULATION FOR UPPER TUBESHEET OF CATALYST COOLER
     器上管板设计计算
短句来源
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  exterior heat
The Effect of Flame Length on Exterior Heat Exchange in a Glass Melting Furnace with Horseshoe-Shaped Flame
      
Use a vacuum cleaner to remove dust from the interior heat exchanger; the exterior heat exchanger may be cleaned using water from a garden hose.
      


The paper is analysing inside and outside heat removal modes andmerits and demerits of forcing and natural steam-water cycle modes fromthe development and situation of the heat removal technology in the regeneratorof FCC unit. Thus advancing excess heat is taken from the regenerator ofFCC unit's outside with steam - water natural cycle which is a satisfactoryform of taking heat.

本文从催化再生器取热技术的发展和现状,分析了内、外两种不同取热型式及强制、自然两种不同汽、水循环方式之利弊,提出汽、水自然循环外取热是催化再生器取热的理想型式。

The main characteristics and performance of the first external heat-removal system with steam-water spontaneous cycling in the regenerator of a FCC unit were expounded in this article. This system not only reduced the capital expenditure of equipment and the operation cost, but also avoided the harmful effect on operation caused by pump failure and similar incidents. It Would contribute to the development of FCC technology.

本文阐述了催化裂化再生器第一套汽-水自然循环外取热系统的特点及运行情况.指出汽-水自然循环节省投资和操作费用,避免了循环泵停电和机械故障对生产的影响,为重油催化裂化技术的发展做出了贡献.

Discussed is the exterior heat-removing system in the regenerator of fluidized FCC unit in design feature, design items and method of calculation.

讨论了流化催化裂化装置外取热器的结构特征,设计要点和计算方法。

 
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