水含量对超临界CO2 输送管道腐蚀的影响
胡丽华, 衣华磊, 杨维健, 孙冲, 孙建波

Effect of Water Content on Corrosion Behavior of X65 Pipeline Steel in Supercritical CO2 Fluids
HU Lihua, YI Hualei, YANG Weijian, SUN Chong, SUN Jianbo
图7 在不同含水量的超临界CO2-H2O-杂质环境中腐蚀72 h后X65钢腐蚀膜中不同元素的高分辨XPS图谱(参照C 1s峰结合能284.8 eV对图谱进行荷电校正)
Fig.7 High-resolution XPS spectra of various elements in corrosion products formed on X65 steel exposed to supercritical CO2-H2O-imuprity environments with impurities for 72 h (the binding energy was calibrated by 284.8 eV of C 1s peak for residual carbon): (a) 0.05% H2O, (b) 0.1% H2O, (c) 0.2% H2O