聚变反应堆焊缝超声检测标准比较

基金项目:

国家重点研发计划资助项目（2017YFE0300601,2017 YFE0300503）

详细信息

Comparison of ultrasonic testing standards for welding seams in fusion reactors

摘要: ITER（国际热核聚变实验堆）及CFETR（中国聚变工程实验堆）大型聚变装置的役前及在役无损检测分别参照标准RCC-MR-2007第3部分及标准NB/T 47013-2015执行。从适用范围、表面准备、探头参数规定、标准试块和对比试块、扫查方式、缺陷表征和验收等几个方面，将RCC-MR-2007中对接接头焊缝常规超声检测与NB/T 47013-2015中焊缝超声检测标准的相关内容进行对比，使设计人员更加深入地理解相应标准，并为设计优化提供参考。
- ITER试验包层 /
- CFETR氚增殖包层 /
- 超声检测 /
- 焊缝 /
- 标准
Abstract: The pre-service and in-service NDT of ITER and CFETR fusion devices shall be performed in according with RCC-MR-2007 SECTION 3 and NB/T 47013-2015, respectively. In this paper, conventional ultrasonic testing of butt joint welds in RCC-MR-2007 and NB/T 47013-2015 is compared from the aspects of applicable scope, surface preparation, probe parameter, calibration and reference block, scanning method, characterization of indications, so as to provide reference for designers to understand the corresponding standards and design optimization.
- ITER TBM /
- CFETR TBB /
- ultrasonic testing /
- weld /
- standard

[1]	徐家立. 2050年:利用核聚变发电[J].科技视界,2011,7(21):4-6.
[2]	BARABASH V, SANNAZZARO G, MITCHELL N, et al. Codes and standards and regulation issues for design and construction of the ITER mechanical components[J]. Fusion Engineering & Design,2010,85(7):1290-1295.
[3]	高翔, 万宝年,宋云涛,等.CFETR物理与工程研究进展[J].中国科学(物理学·力学·天文学),2019,49(4):3-10.
[4]	彭智伟, 石磊,张德俭,等.表面粗糙度对超声检测的影响研究[J].结构强度研究,2010(2):54-56.