Christopher T. Shelton
Oregon State University
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Publication
Featured researches published by Christopher T. Shelton.
international semiconductor device research symposium | 2009
Brady J. Gibbons; David P. Cann; Christopher T. Shelton
It is well known that the piezoelectric properties of a thin film can be influenced by crystallographic texture. At the extreme case, epitaxial thin films can be deposited on single crystal substrates (with appropriate lattice matching) to effectively achieve a single crystal thin film. Here, the maximum advantage of orientation dependence is found. Typically this has required small, expensive single crystalline substrates. In the past 10 years however, the technique of Ion Beam Assisted Deposition (IBAD) has been developed for applying a biaxial textured template to an arbitrary smooth surface. That is, biaxially textured MgO (~10 nm thick) can be deposited on a flexible, polycrystalline or amorphous substrate. This has opened up a new realm of materials integration possibilities, with the prime example being high-temperature superconducting wires. Here, the same template is utilized for deposition of epitaxial piezoelectric thin films onto flexible substrates.
international symposium on applications of ferroelectrics | 2008
Christopher T. Shelton; C. Dandeneau; V. Matias; Brady J. Gibbons
It is well known that the piezoelectric properties of a thin film can be influenced by crystallographic texture. At the extreme case, epitaxial thin films can be deposited on single crystal substrates (with appropriate lattice matching) to effectively achieve a single crystal thin film. Here, the maximum advantage of orientation dependence is found. Typically this has required small, expensive single crystalline substrates. In the past 10 years however, the technique of Ion Beam Assisted Deposition (IBAD) has been developed for applying a biaxial textured template to an arbitrary smooth surface. That is, biaxially textured MgO (~10 nm thick) can be deposited on a flexible, polycrystalline or amorphous substrate. This has opened up a new realm of materials integration possibilities, with the prime example being high-temperature superconducting wires. Here, the same template is utilized for deposition of epitaxial piezoelectric thin films onto flexible substrates.
Thin Solid Films | 2009
Christopher S. Dandeneau; Yu-Hong Jeon; Christopher T. Shelton; Tom K. Plant; David P. Cann; Brady J. Gibbons
Journal of the American Ceramic Society | 2011
Christopher T. Shelton; Brady J. Gibbons
Archive | 2015
Jon Ihlefeld; Elizabeth A. Paisley; Michael T. Brumbach; Christopher T. Shelton; Robert Kaplar; Michael Patrick King; Andrew Armstrong; Jon-Paul Maria; Stanley Atcitty
Archive | 2015
Elizabeth A. Paisley; Michael T. Brumbach; Stanley Atcitty; Andrew A. Allerman; Jon Ihlefeld; Christopher T. Shelton; James M. LeBeau; Jon-Paul Maria
Archive | 2015
Elizabeth A. Paisley; Michael T. Brumbach; Michael Patrick King; Robert Kaplar; Andrew Armstrong; Andrew A. Allerman; Stanley Atcitty; Jon Ihlefeld; Christopher T. Shelton; James M. LeBeau; Jon-Paul Maria
Archive | 2015
Elizabeth A. Paisley; Michael T. Brumbach; Christopher T. Shelton; Christina M. Rost; Michael Patrick King; Robert Kaplar; Stanley Atcitty; Jon-Paul Maria; Jon Ihlefeld
Archive | 2011
Jon Ihlefeld; Paul Gabriel Kotula; Geoffrey L. Brennecka; Kelsey Meyer; Christopher T. Shelton; Peter G. Lam; Brady J. Gibbons; Jon-Paul Maria
Archive | 2011
Jon Ihlefeld; Geoffrey L. Brennecka; Paul Gabriel Kotula; Christopher T. Shelton