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Titanium silicide and titanium nitride layers formed in an integrated multichamber system

机译:集成多腔系统中形成的硅化钛和氮化钛层

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The kinetics of titanium silicide and titanium nitride formation in an integrated multichamber system are described. The sequential processes include chambers for wafer cleaning, Ti sputtering, and subsequent annealing without exposing the wafer to ambient air. Integration results in effective nitridation of the Ti layer. The silicide reaction stops as soon as the nitrogen content in the Ti reaches 30% atomic fraction. Stoichiometric TiN is obtained with
机译:描述了集成多室系统中硅化钛和氮化钛形成的动力学。顺序的过程包括用于晶片清洗,Ti溅射和随后的退火的腔室,而不会将晶片暴露于环境空气中。集成导致钛层的有效氮化。一旦Ti中的氮含量达到30%原子分数,硅化物反应就会停止。化学计量的TiN可以通过

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