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Ar+離子束對(duì)U薄膜表面粗糙度的影響
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Influence of Ar+ Ion Beam Sputter on Surface Roughness of Uranium Film
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    摘要:

    采用Ar+離子束對(duì)U薄膜表面進(jìn)行反應(yīng)濺射,通過(guò)白光干涉儀和臺(tái)階儀的測(cè)量與分析,著重研究Ar+離子束濺射能量、入射角度對(duì)其表面粗糙度Ra的影響,并與Ar+離子束刻蝕試驗(yàn)進(jìn)行比對(duì)。結(jié)果表明,以30°角入射,隨濺射時(shí)間的增加,能量為0.5 keV的Ar+離子束較1.0 keV對(duì)U薄膜表面粗糙度趨于減小,表面愈光滑,濺射深度僅限于納米級(jí),而與金屬M(fèi)o的刻蝕效果相比與之相反。Ar+離子束濺射對(duì)材料表面具有超精細(xì)拋光的效果,輔之于離子束微米級(jí)刻蝕減薄,將有助于U薄膜表面精細(xì)加工。

    Abstract:

    Ar+ ion beam was used to sputter the uranium film surface. Through measurement and analysis of white light interferometer and step device, the influence of sputter energy and incidence angle of the Ar+ ion beam on the surface roughness Ra of uranium film was researched, and that was compared with the etching test of Ar+ ion beam. Results show that with the incidence angle of 30o and increasing of the sputter time, the uranium film sputtered by Ar+ ion beam of 0.5 keV energy has smaller roughness and smoother surface than that sputtered by the beam of 1.0 keV energy. The sputter depth of the beam with 0.5 keV is only a few nanometers but the etching effect on Mo film is opposite. Ar+ ion beam sputter has the fine polishing effect on material surface. With the assistance of ion beam micron-sized etching thinning, it can be used for precision machining of uranium film surface.

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張厚亮,呂學(xué)超,任大鵬,李 嶸,賴新春,趙天明. Ar+離子束對(duì)U薄膜表面粗糙度的影響[J].稀有金屬材料與工程,2010,39(5):889~891.[Zhang Houliang, Lü Xuechao, Ren Dapeng, Li Rong, Lai Xinchun, Zhao Tianming. Influence of Ar+ Ion Beam Sputter on Surface Roughness of Uranium Film[J]. Rare Metal Materials and Engineering,2010,39(5):889~891.]
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  • 收稿日期:2009-05-12
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