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首页> 外文期刊>Journal of Applied Electrochemistry >The oxide electrochemistry of ruthenium and its relevance to trench liner applications in damascene copper plating
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The oxide electrochemistry of ruthenium and its relevance to trench liner applications in damascene copper plating

机译:钌的氧化物电化学及其在镶嵌铜电镀中的沟槽衬层应用

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摘要

There is considerable interest in the use of ruthenium as an ultrathin trench liner in damascene copper plating used to fabricate on-chip interconnects. The problem is that when freshly deposited ruthenium films are exposed to air, their surfaces tend to undergo spontaneous oxidation, and such deposits (as demonstrated here) are reluctant to undergo reduction. Copper deposition in an acid plating bath occurs readily on the oxidized ruthenium, but the presence of oxide is known to have a detrimental effect both on the copper superfilling process and copper adhesion at the Ru/Cu interface.
机译:在用于制造芯片上互连的镶嵌铜电镀中,将钌用作超薄沟槽衬里引起了人们的极大兴趣。问题在于,当新沉积的钌膜暴露于空气中时,其表面趋于自发氧化,并且这种沉积物(如此处所示)不愿进行还原。酸性电镀液中的铜沉积很容易在氧化的钌上发生,但是已知氧化物的存在对铜的超填充过程和Ru / Cu界面处的铜附着均具有不利影响。

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