论文部分内容阅读
At present, because the ion-nitriding technology is applied extensively in practice, manyresearchers in the materials science field have investigated the microstructure of theion-nitrided layer. However, the defect-formation mechanism and interface structureare not clear. The authors have already found that there were vacancies and other defectsin ion-nitrided layers. This note first obtains the high resolution images and the interfacestructure atomic images of different phases in the ion bombing-nitrided layers with a high res-olution transmission electron microscope (HRTEM) and discloses the structures and interfacestructures between phases in the nitrided layers at atomic size.
At present, because the ion-nitriding technology is applied extensively in practice, manyresearchers in the materials science field have investigated the microstructure of theion-nitrided layer. However, the defect-formation mechanism and interface structureare not clear. The authors have already found that that there were vacancies and other defects in ion-nitrided layers. This note first obtains the high resolution images and the interfacestructure atomic images of different phases in the ion bombing-nitrided layers with a high res-solution transmission electron microscope (HRTEM) and discloses the structures and interfacestructures between phases in the nitrided layers at atomic size.