期刊文献+
共找到3篇文章
< 1 >
每页显示 20 50 100
单套管加热器制作工艺探讨 被引量:1
1
作者 苏宏 《采矿技术》 2004年第1期43-44,共2页
介绍了单套管加热器的设计制作要求及质量控制措施 。
关键词 套管加热器 制作工艺 质量控制 焊接
下载PDF
单/双区加热拉伸变形机处理的拉伸变形丝及其织物的性能 被引量:1
2
作者 M.Y.Gudiyawar S.Kasture 李宗昊 《国际纺织导报》 2015年第2期26-28,共3页
利用单加热器、双加热器纤维拉伸变形机制备假捻拉伸变形丝,并对拉伸变形丝织物的拉伸、折痕恢复、磨损及透气性能进行测试。结果表明,利用双加热器纤维拉伸机制备的改性拉伸丝织物的悬垂性能、折痕恢复性能及透气性能都优于利用单加热... 利用单加热器、双加热器纤维拉伸变形机制备假捻拉伸变形丝,并对拉伸变形丝织物的拉伸、折痕恢复、磨损及透气性能进行测试。结果表明,利用双加热器纤维拉伸机制备的改性拉伸丝织物的悬垂性能、折痕恢复性能及透气性能都优于利用单加热器纤维拉伸机制备的拉伸丝织物。 展开更多
关键词 单加热器 加热器 拉伸变形丝 织物 性能
下载PDF
Problems Involving New Technology Application for Environmental Protection Equipment
3
作者 Li Qing Zhu Xianran Zhang Qingfeng Huang Bo Wang Yue Shi Yixuan 《Electricity》 2011年第2期45-49,共5页
The numerous environmental protection equipments for desulfuration,denitration,and precipitation have been installed in the domestic coal-fired power plants,while the investment and energy consumption of the units inc... The numerous environmental protection equipments for desulfuration,denitration,and precipitation have been installed in the domestic coal-fired power plants,while the investment and energy consumption of the units increase correspondingly.To reduce the operational cost and initial investment as much as possible,the working processes of the environmental protection equipments are optimized in the design and some new technologies are adopted for energy saving.These technologies include the SCR,SNCR,combined SCR and SNCR for denitration device,system without gas-gas heater design for desulfuration,desulfuration system without bypass,booster fan and induced draft fan integrated,stack and cooling tower integrated and so on.However,such measures may cause some new problems during the operation of the equipment.The problems are summarized and analyzed thoroughly and the feasible methods are provided to solve them,which could decrease the operational risk of units.The present discussion can also improve the further design of environmental protection equipments to ensure the long-term steady operation of the units. 展开更多
关键词 environmental protection equipment design optimization new technology
下载PDF
上一页 1 下一页 到第
使用帮助 返回顶部