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鈦等離子滲氧研究

Study on Plasma Oxygen Permeation of Titanium

  • 摘要: 為了提高鈦表面硬度和耐磨性,采用輝光放電等離子滲氧技術對鈦進行表面處理.結果表明,滲氧層厚度與氧分壓、溫度和時間呈明顯的對應關系.特別是,在空心陰極輝光放電條件下,離子轟擊會加強氧的離子化,促進滲氧,有助于低價態氧化物的形成.在表層所形成的TiO其硬度達到或接近TiN的硬度水平.

     

    Abstract: Titanium surface treatment has been carried out by using glow plasma oxygenizing for improving the hardness and wear resistance. The results indicate that there exist a certain realationship beetween the thickness of the oxidation layer and the oxygen partial pressure, temprature and time. Especially in the condition of hollow cathode dischage, the ion bombardment enhances ionization of oxygen, promotes the oxygen permeation and facilitates the formation of the oxide of low valence states of Ti. The hardness of TiO formed on the titanium substrate approachs that of TiN.

     

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