【摘要】 探讨了Cu-Zn探头在不同温度、NaCl浓度、NaHSO₃浓度以及NaCl和NaHSO₃混合溶液的盐雾环境下的腐蚀行为，以及Cu-Zn探头积分电量的变化规律。研究结果表明，Cu-Zn探头对温度、NaCl浓度、NaHSO₃浓度以及二者混合体系浓度的变化具有高度敏感性，表现出较为显著的灵敏度。在综合考虑各因素的基础上，CuZn探头的腐蚀影响顺序为：温度<NaCl浓度<NaHSO₃浓度<NaCl和NaHSO₃混合浓度。更多还原

【Abstract】 The corrosion behavior of Cu-Zn probe,used for atmospheric corrosion monitoring（ACM）,was studied at different temperatures via salt spray testing with NaCl solutions,NaHSO₃ solutions,and NaCl and NaHSO₃ mixed solutions of varying concentration respectively.Correspondingly,the variation of the integrated charge quantity of Cu-Zn probes was also acquired with the testing conditions.The results indicate that the Cu-Zn probe is highly sensitive to the variation of test temperature,NaCl concentration,NaHSO₃ concentration,and the concentration of the mixed ones,exhibiting significant sensitivity.On the basis of comprehensive consideration of various factors,the order of corrosion impact for Cu-Zn probes is as follows:temperature<NaCl concentration<NaHSO₃ concentration<concentration of NaCl and NaHSO₃ mixture.更多还原