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vessel safety
    Implementation Regulations of Import Boiler and Pressure Vessel Safety Quality licensing System
    进口锅炉压力容器安全质量许可制度实施办法
    Development of Pressure Vessel Safety Administration System Based on Hierarchical Structure
    基于多层结构的压力容器安全管理系统开发
    The Effect of the Weld Internal Defects for the Using Pressure Vessel Safety State
    焊缝埋藏缺陷对在用压力容器安全状况的影响
    In correspondence with the requirements in “Pressure Vessel Safety Technology and Supervision Code”, GB150- 1998 and HG20580- 1998, some aspects that should be accounted for when specifying the safety value in designing pressure vessels were discussed in this paper.
    结合99版《压力容器安全技术监察规程》的新要求和GB150-1998《钢制压力容器》及HG20580-1998《钢制化工容器设计基础规定》的内容,讨论了压力容器设计中涉及到“保证值”的标注时,需要考虑的一些问题。
    Magnetic Particle Inspection in In-service Pressure Vessel Safety Assessment
    在用压力容器安全评定中的磁粉探伤
    《Steam Boiler Safety & Technology Supervisory Specification》 and 《Pressure Vessel Safety & Technology Supervisory Regulation》's Requirements for products quality and brief explanation
    《蒸汽锅炉安全技术监察规程》和《压力容器安全技术监察规程》对产品质量要求的主要不同和简要释义
    DETERMINATION AND EVALUATION OF PRESSURE VESSEL SAFETY GRADE
    压力容器安全状况等级的划分与评定
    The simplified equation for relief valves of LPG storage tanks is got based on the formula sited in "Vessel Safety Technical Inspection Regulation" issued by China National Labor Ministry and also based on the related content of " Fire Protection Specification of Architectural Design".
    把国家劳动部《压力容器安全技术监察规程》中安全阀计算公式与《建筑设计防火规范》中的有关内容联系起来,提出了液化石油气储罐安全阀的简化计算公式。
    The fundamental way for improving the technical level of welding skill lies on strict technical control of welding. Welding technical control also plays important role to boiler and pressure vessel safety control,and to metal technical supervision.
    提高焊接技术水平的根本出路在于严格的焊接技术管理,也是锅炉压力容器安全监察工作和金属技术监督工作的重点。
    In recent years, the technology of pressure vessel safety assessment shows its importance and practicality increasingly along with the management of pressure vessles becoming more and more standard and strict.
    近年来,随着压力容器管理的规范化和严格化,压力容器安全评定技术日益显示出它的重要性和实用性。
    The technology of pressure vessel safety assessment can not only provide a scientific basis for the safe operation of pressure vessles containing defects but also bring the latent capacity of equipment into full play.
    压力容器安全评定技术既能为含缺陷容器的安全运行提供科学的依据,又能充分发挥设备的使用潜力。
    In this article, the differences between the current version of “Pressure Vessel Safety Technology and Inspection Code” and GB150- 1998 “Steel Pressure Vessel” were compared and analyzed. The differences focus on the provisions of the application scope, the acceptable steel materials, radioactive and ultrasonic inspection, the pressure used in hydrostatic and pneumatic tests. Some measures were, then, proposed.
    本文对新版《压力容器安全技术监察规程》与 GB150- 1998《钢制压力容器》在适用范围、容器用钢、射线或超声检测以及压力试验与气密性试验压力等方面的不一致或相抵触的规定进行了比较、分析,并对其提出了实施建议。
    This article presents a summing-up according to ' Pressure Vessel Safety Technology Supervise Regulations' , the heat treatment requirements of pressure vessels' cold forming prescribed in GB150-1998 'Steel Pressure Vessels' and the stipulations of new edition 'Boiler and Pressure Vessel' criterion of ASME. It can provide references to craft brother when they solve these problems.
    本文根据《压力容器安全技术监察规程》和GB150-1998《钢制压力容器》对压力容器冷加工成形的热处理要求,参照ASME最新版锅炉压力容器规范对这方面的规定作一综述,供同行在解决这方面问题时的参考。
    In this paper, all of the stipulations appeared in" Pressure Vessel Safety Supervision Code" GB15O-1998 and HG205~8020585-1998 for the use of the steel of which the ultimate strength is greater than 54OMPa were collected. It will be easy for the engineers to use these stipulations.
    现将《压力容器安全监察规程》、GBl50-1998《钢制压力容器》以及HG20580~20585-1998中关于对抗拉强度下限值σb>540MPa的材料在设计、制造和检验中的全部规定汇集于一文 ,以便于设计、制造和检验的各方人员查阅。
    Based on the authors experience of pressure vessel supervision and inspection,this paper introduces the principle and the cautions of safety valve selection, which is mainly about many revealed nonconformities of engineering cases viotating the regulations for Pressure Vessel Safety and Technical Supervision.
    结合压力容器监督、检测的工作实践 ,结合诸多不符合“压力容器安全技术监察规程”的工程实例 ,介绍安全阀的选用中存在的问题。
    With regard to the defect handling and vessel safety state grade e-valuation, the author proposed that based on the defects at tow locations of base metal and clad layer (include transition layer) the safety state grade should be evaluated separately with different criterion
    关于缺陷处理和容器安全状况等级评定,笔者提出应根据缺陷在基层或复层(包括过渡层)二个部位,分别按不同的准则进行安全状况等级评定。
 

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