1) exhaust equipment
排汽装置
1.
Causes of level imbalance among exhaust equipments in one 600 MW direct air-cooling unit during its speeding up process were found in this essay through analysis of its structure and operation mode.
通过对直接空冷机组排汽装置结构及运行方式分析,找到了某电厂600 MW空冷机组冲转过程中两侧排汽装置液位产生偏差的原因并提出了改进措施,实际改造证明了这些措施的有效性。
2.
The essay describes the DFSTW s exhaust equipment of direct air cooling turbine in which the round pipe has being used worldwide to replace the traditional square exhaust pipe.
阐述了为取代当前国内、外普遍采用的方变圆排汽接管,东方汽轮机厂研制的直接空冷汽轮机排汽装置,使之由单一功能变为多种功能,成为方变圆接管的换代产品。
3.
Two design schemes have been put forward in order to make the exhaust equipment fixed with a condensate box into a combined equipment with functions of built-in deaeration and heating in the air-cooling power unit.
为了把空冷机组中的带凝结水箱的排汽装置,设计成具有内置除氧及加热功能的联合装置,文中提出了两种设计方案,详细讲述了设计原理,剖析了方案的优点和不足,同时也提出了需要解决的问题。
2) exhaust facility
排汽装置
1.
By combining k-ε models with the wall function calculation method and using the SIMPLE method for programming,the flow field in exhaust facility,which has a low pressure heater and pressure reducer and desuperheater in it,has been treated with three-dimensional numerical simulation and the velocity distribution of the flow field in exhaust facility is herewith obtained.
采用k-ε模型并结合壁面函数法,利用SIMPLE算法编程,对某具有内置式低压加热器和减温减压器的直接空冷汽轮机排汽装置的内部流场进行了三维数值模拟,得到了整个排汽装置内部流场的速度分布情况。
2.
The article presents the structural features,requirements of installation and test,means and operation for exhaust facility of 600MW direct air-cooled turbine to make readers fully understanding about the (exhaust) facility.
对直接空冷600MW机组排汽装置的结构特点、安装与试验要求、方法及运行进行了论述,让读者对排汽装置有比较全面的了解,对电厂的现场安装、试验及运行起指导作用。
3.
By combining SIMPLE algorithm and model,the three-dimensional numerical simulation has been made for the flow field in 300MW exhaust facility,which has a low pressure heater in it,for direct air cooling unit and the velocity distribution of the flow field in entire exhaust facility has been obtained.
采用SIMPLE算法和k-ε模型,对内置低压加热器的300MW直接空冷机组排汽装置的内部流场进行了三维数值模拟,得到了整个排汽装置内部流场的速度分布情况。
3) steam-equalizing equipment
排汽均流装置
1.
Impact of steam-equalizing equipment on exhaust steam pressure of 300 MW steam turbine and economic analysis;
300MW汽轮机排汽均流装置对排汽压力的影响及经济性分析
4) combined exhaust equipment
排汽联合装置
1.
It is analyzed that the use of condensate equipment is effective to decrease the excessive dissolved oxygen in condensate in the light of the introduction of newly built 2×600 MW direct air-cooling unit combined exhaust equipment operation condition in Shanxi Wuxiang Hexin Generation Co.
阐述了山西武乡和信发电有限公司新建2×600 MW直接空冷机组采用排汽联合装置的运行情况,分析了直接空冷机组采用凝结水喷淋装置可有效降低凝结水溶氧的方法以及基建期间采取的相关措施。
5) joint exhaust installation
联合排汽装置
1.
It is proved that the use of joint exhaust installation is effective to deoxidize based on the discussion on the sample of Shanxi Wuxiang Power Plant 2×600 MW unit.
针对直接空冷机组凝结水含氧量高的问题,分析了几种凝结水回水和除盐水补水的除氧方案,并结合山西武乡电厂2×600 MW工程实例加以探讨,得出采用联合排汽装置是比较完善的除氧方案。
6) stripping equipment
汽提装置
1.
Summary on the design of slurry stripping equipment for the production of 100 kt/a PVC;
10万t/a PVC浆料汽提装置设计总结
补充资料：钢坯加热炉低位汽包汽化冷却装置
钢坯加热炉低位汽包汽化冷却装置
钢坯加热炉低位汽包汽化冷却装置
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条