1) split-range control
热旁路
1.
The application caes of heat bypass piping split-range control is reviewed.
论述了精馏塔塔压热旁路分程控制的原理 ,冷凝器的设计和热旁路管线及调节阀的大小对塔压操作的影响 ,并给出了热旁路管线及调节阀设计的经验值 ,简述了热旁路分程控制系统的适用工况。
2) bypass reheat
旁路再热
3) gas bypass
旁路热风
1.
PM 7 CFB(Circulating Fluidized Bed) boiler, which utilizes the technique of under-bed starting burner preliminary drying unit and slag cooler gas bypass system.
PM 7型循环流化床锅炉 ,提出了 1种基于床下启动燃烧器预烘装置和冷渣器旁路热风技术的新型烘炉方法 。
4) hot vapor bypass control
热旁路控制
1.
Operation analysis and investigation show that it is caused by the inappropriate design of hot vapor bypass control system, so the revamping has been carried out as follows: The diameter of hot vapor bypass pipeline has been enlarged from DN 40 mm to 80 mm, and the pressure difference of hot vapor bypass adjusting valve decreased from 50 kPa to 35 kPa; A vent pipeline for non-condensable gas fro.
对操作状况进行分析和研究表明,热旁路控制系统设计不当是造成该塔操作不正常的主要原因,因此对脱丁烷塔热旁路控制系统进行了改造。
2.
In the distillation column hot vapor bypass pressure control scheme there are always to appeav two sorts of unreasonable flowsheet configurations: one is that the hot vapor line and the condensate line are mixed together before entering the reflux drum,the other is that the hot vapor bypass control valve is controlled by the fixed pressure difference.
精馏塔热旁路塔压控制系统的控制方案设计中,常会出现两种不合理的流程设置:一种是将热旁路与冷凝液管线混合后再进入回流罐,另一种是热旁路控制阀由固定压差控制。
5) heat by-pass ratio
热旁路比率
1.
That are includingthe fuel conversion, gas turbine cycle, steam cycle, heat by-pass ratio and generation efficie- ncy.
影响煤气化联合循环总效率的五个主要因素为煤转化率、燃气轮机循环,蒸汽循环,热旁路比率和发电效率。
6) heater by-pass
加热器旁路
补充资料：大隐静脉旁路术
大隐静脉旁路术
saphenous vein bypass operation
即“主动脉-冠状动脉大隐静脉旁路术”，俗称“搭桥术”。1967年Garrett用大隐静脉施行左前降支分流移植术后，逐步应用于治疗顽固性心绞痛、急性心肌梗死、严重室性心律失常及导管球囊扩张术后复发狭窄的病例。手术分3个步骤进行：于单侧或双侧大腿或小腿采取大隐静脉约25cm供单根吻合；另一手术组取胸正中切口，显露主动脉根部及梗死的冠状动脉；在体外循环下作冠状动脉大隐静脉吻合术，将取下的大隐静脉倒转与冠状动脉梗死的远端作端-侧吻合；恢复心搏动后，再将大隐静脉另一端与升主动前壁作端-侧吻合，注意避免大隐静脉扭曲。移植大隐静脉，取材方便，长度不受限制，口径够大，操作较方便。但静脉壁薄，承受动脉血后，会造成血管内膜增生，管腔狭窄，影响长期通畅率。术后5年通畅率为70%～80%，10年通畅率仅30%～35%。手术死亡率在5%以内。
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