2) wet process shaping and joinning
湿修湿接
1.
Through comparison of different turning method, such as wet process shaping and joinning,one piece integral turning and numerical control turning,the advances of numerical control are described,such as simple service,size precesion,light bahour power etc.
通过湿修湿接、整体立修与数控修坯的对比 ,重点阐述其在应用中具有操作简单、尺寸精确、劳动强度低等优点。
3) wet connection
湿对接
1.
In these problems,establishing good communication between the logging tools and the surface devices,in other words,using an appropriate wet connection technic,is the key to making a successful drill pipe conveyed logging in highly deviated and horizontal wells.
测井仪器与地面测井设备间合适的湿对接工艺是成功完成钻杆传输测井的关键,尤其是在大斜度井或水平井测井施工中这一问题最为突出。
4) wet welding
湿法焊接
1.
The development of underwater welding technology and principles and characteristics of wet welding are introduced in this paper.
对水下焊接技术的发展和水下湿法焊接的原理和特点进行了阐述,并讨论了这一前沿技术在水利工程中的应用,为大坝的除险加固、检修、维护等提供了新的技术方向。
5) Wet-connector type
湿接头式
6) wet splicing
湿捻接
1.
By comparative analysis of the tests done between the conventional air splicing method and the new one,the endless wet splicing method,the advantages of the latter is listed.
指出湿捻接法单纱接头强力达原纱 94 。
补充资料:湿接成型
分子式:
CAS号:
性质:高压大瓷套分节挤制后的湿坯粘接成型方法。先按瓷套总长度分为若干节,用真空练泥机挤出泥-坯(水分为16.5%~18.2%),经粗修、阴干至水分为15.2%~17%时,在粘接机上精修。然后,用粘接剂润滑两单片接口,并使含水率差不超过0.5%。粘接剂为碳酸钠2%,水98%。粘接机转速50~80r/min。待接口处表面软化时,坯件翻身对接,按圆周方向往复磨动,将接口处多余的泥浆与气泡全部挤出后,除去边缘泥浆,抹光外表,再进行精修内孔。此法适用于电压110~330kV大型瓷套制造。
CAS号:
性质:高压大瓷套分节挤制后的湿坯粘接成型方法。先按瓷套总长度分为若干节,用真空练泥机挤出泥-坯(水分为16.5%~18.2%),经粗修、阴干至水分为15.2%~17%时,在粘接机上精修。然后,用粘接剂润滑两单片接口,并使含水率差不超过0.5%。粘接剂为碳酸钠2%,水98%。粘接机转速50~80r/min。待接口处表面软化时,坯件翻身对接,按圆周方向往复磨动,将接口处多余的泥浆与气泡全部挤出后,除去边缘泥浆,抹光外表,再进行精修内孔。此法适用于电压110~330kV大型瓷套制造。
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