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［4］ Cialone H J，Holbrook J H． Sensitivity of steels to degradation in gaseous hydrogen / / Hydrogen Embrittlement: Prevention and Con￾trol． Los Angeles，1988 ［5］ Briottet L，Batisse Ｒ，Dinechin G D，et al． Ｒecommendations on X80 steel for the design of hydrogen gas transmission pipelines． Int J Hydrogen Energy，2012，37( 11) : 9423 ［6］ Nanninga N E，Levy Y S，Drexler E S，et al． Comparison of hy￾drogen embrittlement in three pipeline steels in high pressure gase￾ous hydrogen environments． Corros Sci，2012，59: 1 ［7］ Briottet L，Moro I，Lemoine P． Quantifying the hydrogen embrit￾tlement of pipeline steels for safety considerations． Int J Hydrogen Energy，2012，37( 22) : 17616 ［8］ Amend W E，Quickel G T，Bruce W A，et al． Hydrogen assisted cracking failures of girth welds in oil and pipelines/ / Proceedings of the 2012 9th International Pipeline Conference． Calgary，2012: 24 ［9］ Zhang T M，Wang Y，Zhao W M，et al． Hydrogen permeation pa￾rameters of X80 steel and welding HAZ under high pressure coal gas environment． Acta Metall Sin，2015，51( 9) : 1101 ( 张体明，王勇，赵卫民，等． 高压煤制气环境下 X80 钢及热 影响区的氢渗透参数研究． 金属学报，2015，51( 9) : 1101) ［10］ Zhang T M，Wang Y，Zhao W M，et al． Hydrogen embrittlement susceptibility of X80 steel substrate and HAZ in simulated coal gas environment． Trans China Weld Inst，2015，36( 9) : 43 ( 张体明，王勇，赵卫民，等． 模拟煤制气环境下 X80 管线 钢及 HAZ 的氢脆敏感性． 焊接学报，2015，36( 9) : 43) ［11］ Hao W H． Effect of H2 S Corrosion Scales on the Hydrogen Perme￾ation Behavior of Pipeline Steel ［Dissertation］． Beijing: Univer￾sity of Science and Technology Beijing，2010 ( 郝文慧． H2 S 腐蚀产物对管线钢氢渗透行为的影响［学位 论文］． 北京: 北京科技大学，2010) ［12］ Smialowski M． Hydrogen in Steel: Effect of Hydrogen on Iron and Steel during Production，Fabrication，and Use． New York: Per￾gamon Press，1962 ［13］ Somerday B P，Nibur K A，San Marchi C． Measurements of fa￾tigue crack growth rates for steels in hydrogen containment com￾ponents / / Proceeding of the 3rd International Conference on Hy￾drogen Safety． Ajaccio，2009 ［14］ Tison P． Influence of the Hydrogen Behavior on Materials ［Dis￾sertation］． France: Pierre and Marie Curie University，1983 ( Tison P． Influence de L ＇hydrogène sur le Comportement des Matériaux ［Dissertation］． France: Université Pierre et Marie Curie，1983) ［15］ Chêne J，Brass A M． Hydrogen Transport by mobile dislocations in nickel base superalloy single crystals． Scripta Mater，1999，40 ( 5) : 537 ［16］ Moro I，Briottet L，Lemoine P，et al． Damage under high-pres￾sure hydrogen environment of a high strength pipeline steel X80 / / Proceeding of the 2008 International Hydrogen Confer￾ence． Jackson Lake，2008 ［17］ Lynch S P． Progress towards understanding mechanisms of hydro￾gen embrittlement and stress corrosion cracking / / Corrosion 2007． Nashville，2007 ［18］ Ｒen X C，Chu W Y，Su Y J，et al． Effects of atomic hydrogen and flaking on mechanical properties of wheel steel． Metall Mater Trans A，2007，38( 5) : 1004 ［19］ Yamasaki S，Takahashi T． Delayed fracture mechanism in high strength steels by acoustic emission source wave analysis． Tetsu￾to-Hagane，1997，83( 7) : 460 ［20］ Takagi S，Inoue T，Hara T，et al． Parameters for the evaluation of hydrogen embrittlement of high strength steel． Tetsu-to￾Hagane，2000，86( 10) : 689 · 145 ·