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Effect of plasma-energy, plasma power, working distance, and inert gas pressure on composition of sputtered thermoelastic titanium-nickel thin films

Effect of plasma-energy, plasma power, working distance, and inert gas pressure on composition of sputtered thermoelastic titanium-nickel thin films

Lee, Jiun-Chung

Text (1994)

Part of Electronic Theses & Dissertations

Phase transformations in thin films of TiNi thermoelastic alloys

Phase transformations in thin films of TiNi thermoelastic alloys

Text (1993)

Part of Electronic Theses & Dissertations

Adhesion and residual stress in sputter deposited nickel-titanium thin films on silicon

Adhesion and residual stress in sputter deposited nickel-titanium thin films on silicon

Walles, Bethany J.

Text (1993)

Part of Electronic Theses & Dissertations

Composition of sputtered titanium nickel and titanium nickel palliduim thin films

Composition of sputtered titanium nickel and titanium nickel palliduim thin films

LaGrange, Thomas Bradley

Text (2001)

Part of Electronic Theses & Dissertations

Ni-Ti-Cu thin films by a DC sputtering system

Ni-Ti-Cu thin films by a DC sputtering system

Simpson, Chimin Hu

Text (1989)

Part of Electronic Theses & Dissertations

Processing, microstructiure and thermomechanical behavior of superelastic nickel-titanium thin films sputter-deposited at elevated temperatures

Processing, microstructiure and thermomechanical behavior of superelastic nickel-titanium thin films sputter-deposited at elevated temperatures

Text (1998)

Part of Electronic Theses & Dissertations