核承压设备

核承压设备核承压设备
  1. 利用自行改装的XJ-16型金相显微镜测量了核承压设备堆焊层AISI308不锈钢材料的蚀坑深度。

    The depth of pitting occured in AISI 308 stainless steels is measured by using the modified XJ 16 metalloscope .

  2. 中国核承压设备的现状及展望

    Present Status and Prospect for Nuclear Pressure Vessel Technology in China

  3. 中国核承压设备活动的安全监督管理

    Safety Surveillance of Activities on Nuclear Pressure Components in China

  4. 核承压设备破坏性试验系统的建立

    Establishment of Destructive Test System for Nuclear Pressure Equipment

  5. 显微镜焦距差法在核承压设备点蚀测试中的应用

    Application of difference of microscope focus ( dmf ) method to mesurement of pitting in nuclear pressure equipment

  6. 核承压设备执行核安全功能,是安全防护实体屏障的核心。

    The nuclear pressure components , which perform the nuclear safety functions , are one of the key physical barriers for nuclear safety .

  7. 要实现我国核电的更大发展及自主化战略,核承压设备国产化仍然存在着技术能力不足和准备不充分的问题;

    For the national strategy on further development of nuclear power and localization of nuclear pressure components , there still exist some problems in preparedness on the localization .

  8. 总经理对核承压设备制造质量负全面责任。分管核电工作的副总经理统一负责公司核承压设备制造有关的质量、技术和进度,组织管理部门进行审查。

    The general manager takes the overall responsibility for the quality of the nuclear press bearing equipment , and the vice general manager takes responsibility for the quality , technology and schedule related with the manufacture of the equipment , and organize the organization department for the audit .

  9. 核一级承压设备分析法设计软件系统研究

    Software System Developing for Design by Analysis of ASME Code Class 1 Components

  10. 核电站核级承压设备设计分析专用程序系统研究

    Research on Specialized Analysis Program System for Nuclear Pressure-retaining Equipments in Nuclear Power Plant