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Articles 1 - 15 of 15
Full-Text Articles in Engineering
34. Shunsuke Murahashi, Otto Vogl, Mikiharu Kamachi, Koichi Hatada
34. Shunsuke Murahashi, Otto Vogl, Mikiharu Kamachi, Koichi Hatada
Emeritus Faculty Author Gallery
No abstract provided.
Icris '96: Controlled Organization And Molecular Dynamics Of Polymers, Uji, Kyoto, Japan, Otto Vogl, Masaki Tsuji
Icris '96: Controlled Organization And Molecular Dynamics Of Polymers, Uji, Kyoto, Japan, Otto Vogl, Masaki Tsuji
Emeritus Faculty Author Gallery
No abstract provided.
35. Shigeharu Onogi, Otto Vogl, Masaoki Takahashi, Toshiro Masuda
35. Shigeharu Onogi, Otto Vogl, Masaoki Takahashi, Toshiro Masuda
Emeritus Faculty Author Gallery
No abstract provided.
Japan-Us Seminar: Macromolecular Architecture And Engineering, Otto Vogl, Shin-Ichiro Shoda
Japan-Us Seminar: Macromolecular Architecture And Engineering, Otto Vogl, Shin-Ichiro Shoda
Emeritus Faculty Author Gallery
No abstract provided.
36. Qian Renyuan, Otto Vogl, Wu Meiyan
36. Qian Renyuan, Otto Vogl, Wu Meiyan
Emeritus Faculty Author Gallery
No abstract provided.
Optically Transparent Composite Material And Process For Preparing Same, D. E. Day, James O. Stoffer, John M. Barr
Optically Transparent Composite Material And Process For Preparing Same, D. E. Day, James O. Stoffer, John M. Barr
Materials Science and Engineering Faculty Research & Creative Works
Glass ribbon-reinforced transparent polymer composites which provide excellent optical transparency and a low distortion level over a wide temperature range while exhibiting superior mechanical properties as compared to non- reinforced polymer counterparts, and equivalent properties as compared to glass fiber-reinforced counterparts.
37. Masao Horio 1905-1996, Otto Vogl, Masahide Yamamoto
37. Masao Horio 1905-1996, Otto Vogl, Masahide Yamamoto
Emeritus Faculty Author Gallery
No abstract provided.
38. Hiromichi Kawai, Otto Vogl, Takeji Hashimoto
38. Hiromichi Kawai, Otto Vogl, Takeji Hashimoto
Emeritus Faculty Author Gallery
No abstract provided.
39. Shu Kambara, Otto Vogl, Seiichi Nakahama
39. Shu Kambara, Otto Vogl, Seiichi Nakahama
Emeritus Faculty Author Gallery
No abstract provided.
40. Otto Vogl, Joseph C. Salamone
40. Otto Vogl, Joseph C. Salamone
Emeritus Faculty Author Gallery
No abstract provided.
41. Akio Nakajima, 1921-1997, Otto Vogl, Toshio Hayashi
41. Akio Nakajima, 1921-1997, Otto Vogl, Toshio Hayashi
Emeritus Faculty Author Gallery
No abstract provided.
42. Kenichi Fukui, Otto Vogl, Tetsuki Yamaoka
42. Kenichi Fukui, Otto Vogl, Tetsuki Yamaoka
Emeritus Faculty Author Gallery
No abstract provided.
43. Karl Kratzl, Otto Vogl
44. Vogl Receives Honorary Doctoral Degree From Osaka University, Koichi Hatada
44. Vogl Receives Honorary Doctoral Degree From Osaka University, Koichi Hatada
Emeritus Faculty Author Gallery
No abstract provided.
Microwave Plasma Chemical Vapor Deposited Diamond Tips For Scanning Tunneling Microscopy, Sacharia Albin, Jianli Zheng, John B. Cooper, Weihai Fu, Arnel C. Lavarias
Microwave Plasma Chemical Vapor Deposited Diamond Tips For Scanning Tunneling Microscopy, Sacharia Albin, Jianli Zheng, John B. Cooper, Weihai Fu, Arnel C. Lavarias
Electrical & Computer Engineering Faculty Publications
Diamond microparticles were grown on etched tungsten wires using a microwave plasma-assisted chemical vapor deposition process. The apexes on cubo-octahedral particles bound by {100} and {111} facets were effectively used as tunneling tips for scanning tunneling microscopy. The atomically resolved surface image of highly oriented pyrolytic graphite was acquired. Tunneling characteristics revealed a higher electron emission from the diamond tips than that from the platinum–iridium tips. The same diamond tips were used to produce surface indentation and its image. © 1997 American Institute of Physics.