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Dive into the research topics where Paul S. Gilman is active.

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Featured researches published by Paul S. Gilman.


Journal of Vacuum Science and Technology | 1999

Particle generation in W–Ti deposition

Chi-Fung Lo; Paul S. Gilman

This study reports the influence of sputter target density, microstructure and second phase precipitation on the particle performance in W 10 wt % Ti target sputtered thin films. By controlling the sintering process, a variety of W–Ti alloy sputtering target structures were prepared. These targets were sputtered using a physical vapor deposition process. Observations of the sputtered target surfaces reveal that the brittle redeposited nodules generate in the low erosion zone and around voids in the target material. The nodules together with the precipitated tungsten in the Ti-rich phase are most likely the particle sources.


Archive | 1998

Method of making high-density, high-purity tungsten sputter targets

Chi-Fung Lo; Paul S. Gilman; Darryl Draper


Archive | 2004

Textured-grain-powder metallurgy tantalum sputter target

Holger J. Koenigsmann; Paul S. Gilman


Archive | 1997

Cryogenic annealing of sputtering targets

Thomas J. Hunt; Paul S. Gilman; James Elliot Joyce; Chi-Fung Lo; Darryl Draper


Archive | 2002

Recessed sputter target

Thomas J. Hunt; Holger J. Koenigsmann; Paul S. Gilman


Archive | 1999

Contoured sputtering target

Paul S. Gilman; Tetsuya Kojima; Chi-Fung Lo; Eiichi Shimizu; Hidemasa Tamura; Norio Yokoyama


Archive | 2002

Method for forming sputter target assemblies

Holger J. Koenigsmann; Andrew C. Perry; Thomas J. Hunt; Paul S. Gilman


Archive | 1999

Method of making high density sputtering targets

Chi-Fung Lo; Darryl Draper; Paul S. Gilman


Archive | 2003

High purity ferromagnetic sputter target, assembly and method of manufacturing same

Holger J. Koenigsmann; Paul S. Gilman; Ivan Ward


Archive | 1998

Method of manufacturing enhanced finish sputtering targets

James Elliot Joyce; Thomas J. Hunt; Paul S. Gilman

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Lih-Ping Wang

Industrial Technology Research Institute

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Tien-Heng Huang

Industrial Technology Research Institute

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