低压缸 meaning in Chinese
lcylinder
low pre ure cylinder/casing（lp）
low pressure cylinder/casing（lp）
Examples
- In this paper , the vibration fault of lower - pressure cylinder of a co2 compressor is analyzed , and then a corresponded maintenance scheme and the detail predictive measure are proposed
摘要通过具体案例，对二氧化碳压缩机低压缸的振动故障进行了分析，并提出了相应的检修处理方案和具体的防范措施。 - In order to avoid the fracture accident of low pressure cylinder diaphragm occurring once more and ensure its safe operation , its failure reason was analyzed for 300mw unit and the preventive was put forward
摘要为了避免低压缸隔板断裂事故的再发生，保证机组安全运行，对300mw机组低压缸隔板失效原因进行了分析，并提出了预防措施。 - The first new - type turbine unit ( k156 ) was designed and manufactured by the shanghai turbine ltd , which was ordered by the ningxia zhongning power ltd . company , and the unit is adopted longer motion blade with 1050mm to the last stage for 330mw turbine in china
上海汽轮机有限公司第一次为宁夏中宁发电有限公司设计制造的新型改进优化型机组( k156 ) ,该机型是目前国内330mw机组上在低压缸末级第一个采用1050 ?长叶片,并且被宁夏中宁发电有限公司采购。 - After researching the part thermal equipments and systems include heaters , steam leakage and receiving systems , low pressure drain system etc , and computing the efficiency of the systems , find out the better choice of the imported assemblies than the domestic assemblies in parameter and the disfigurements in design and making . based on the above , point out the measure to progress them . according to the analysis , we can get some measures to increase the economical level of the systems and save more energy
对局部热力设备及热力系统进行分析研究，包括:加热器设备、漏汽及回收系统、低加疏水系统、主、再热蒸汽系统以及凝汽器等部位；并计算汽轮机本体高、中、低压缸效率，借此着重对汽轮机通流部分进行了剖析，找出国外进口机组动、静叶栅、叶型的选择比国产机组先进性以及国产机组在通流部分设计和制造中的诸多缺陷，并且指出了改进的方向，为机组提高热经济性、节能降耗奠定了理论基础。 - And matrix equations calculating the responses of coupled vibrations are deduced . a set of software analyzing coupled vibrations is developed . the responses of flexural vibration , torsional vibration and torsional torque are analyzed under some fault cases , including mass escaping of low - pressure and generator rotors
利用该软件，分析了低压缸和发电机转子发生质量飞脱事故，发电机出口端发生三相、两相短路故障，发电机非同期并网故障以及电网三相短路重合闸故障时，机组轴系的弯振、扭振及扭矩响应情况。