CAJ | 학술논문

研究了磷化速度对金属表面的氢残留量的影响，并设计了氢渗透实验方法，同时进行了实验研究。实验结果表明：磷化反应速度决定了氢渗透反应速度，而反应速度越快，H原子向金属内渗透的速度越快；磷化过程的析氢量越大，渗入金属内的 H原子越多；磷化膜致密性越好，对 H原子的阻挡越明显。
연구료린화속도대금속표면적경잔류량적영향，병설계료경삼투실험방법，동시진행료실험연구。실험결과표명：린화반응속도결정료경삼투반응속도，이반응속도월쾌，H원자향금속내삼투적속도월쾌；린화과정적석경량월대，삼입금속내적 H원자월다；린화막치밀성월호，대 H원자적조당월명현。
This paper has studied the high-strength steel phosphorization process and designed a me-thod of hydrogen permeation experiment ,aiming at penetration speed of the hydrogen residues on the metal surface .The result of hydrogen permeation experiment shows that the penetration speed of H atoms inside the metal can be raised by the intensity of reaction ;The more hydrogen gas generated in the process of phosphorization ,the more hydrogen atoms remain inside the metal ;It is obvious that the good compactness of phosphate coating can prevent H atoms from penetrating the coating .