Zobrazeno 1 - 10
of 53
pro vyhledávání: '"Takeo OHTE"'
Publikováno v:
Journal of Photopolymer Science and Technology. 16:67-70
Publikováno v:
Journal of Photopolymer Science and Technology. 15:307-310
The behavior and effect of plasma during and after passing through narrow slits have been investigated. It is important to know them in case of improving a material that has three-dimensional complex structure. We have studied them by using the sampl
Publikováno v:
Journal of Photopolymer Science and Technology. 14:117-122
Ultrahydrophobic surface formation on materials without changes with the passage of time by plasma improvement has been successfully achieved. The contact angle with water became approximately 160°. It is very important and useful to form the ultrah
Autor:
Kenichi Tajima, Seiya Ohi, Kiyoshi Miyashita, Hirokatu Miyazaki, Sugio Ohtani, Akira Kojima, Masaaki Katoh, Takeo Ohte
Publikováno v:
Applied Surface Science. :631-637
We have developed an in situ system in which material can be inserted into and removed from the plasma apparatus in order to measure the transient variations of plasma with minimum changes in discharge chamber and measurement vessel. By using this sy
Autor:
Satoshi KUROKOUCHI, Masayuki OKABE, Mitsuyoshi SAITO, Shinsaku MORITA, Yoshiro SHIOKAWA, Masakazu ICHIKAWA, Seiichiro KANNO, Tatehito USUI, Koichi SUDOH, Tatsuo YOSHINOBU, Hiroshi IWASAKI, Hiroaki TANAKA, Kimio OKUNO, Tadao MIURA, Touru SUMIYA, Katsuya HONDA, Shun-ichiro TANAKA, Yukio INOKUTI, Kazuhiro SUZUKI, Nastuki TAKAHASHI, Osamu OHKUBO, Yoshihiro SAWAHIRA, Akishige SATO, Naoto KIKUCHI, Eiji KUSANO, Hidehito NANTO, Akira KINBARA, Tetsuya NARUSHIMA, Akiko ITAKURA, Takaya KAWABE, Masahiro KITAJIMA, Masaru KITAGAWA, Toshiyuki OHYA, Hiroyuki NAGAHAMA, Sei-ichiroh YOKOYAMA, Ichiro ARAKAWA, Takashi ADACHI, Takato HIRAYAMA, Koichiro MITSUKE, Makoto SAKURAI, Sin-ichi IGARASHI, Yukiko ABE, Yasuo IRIE, Miyuki KAMBE, Aki TOSAKA, Satoko HAMAMATSU, Satoshi ISHII, Yoshiyuki NORIMITSU, Toshimi SUTOU, Noriyuki UBUKATA, Yoshihiro OINUMA, Shigeru SAITO, Masaaki KATOH, Kenichi TAJIMA, Daisuke HORIMOTO, Takeo OHTE, Akira KOJIMA, Seiya OHI, Takashi SHIOYA, Kazuhiko KOBAYASHI, Hidefumi NAKAJIMA, Satoshi YOKOYAMA, Hiroyuki OBARA, Hajime SAKAI, Yasuhiro OGOSHI, Takuro KOIKE, Koichiro UCHIMURA, Hitoshi TABATA, Tomoji KAWAI, Yutaka HIBINO, Guochun XU, Yasuo SUZUKI, Masao TANIHARA, Yukio IMANISHI, Shigemi SUGINUMA, Masahiro HIRATA, Hitoshi AKIMICHI, Kyoko TAKEUCHI, Yutaka TUZI, Masahiro TOSA, Akira KASAHARA, Kyung Sub LEE, Kazuhiro YOSHIHARA, Tomonari TANAKA, Tadashi SAWADA, Wataru SUGIYAMA, Koyu OTA, Daisuke YAMAUCHI, Shinobu SATO, Masatoshi TANAKA, Masaaki KISHIDA, Masahiko TOMITORI, Kiyotaka ASAKURA, Wang-Jae CHUN, Yasuhiro IWASAWA, Kiminori KAKITANI, Hiroko KAJI, Yoichiro YAGI, Akio YOSHIMORI, Akio OKAMOTO, Toshikazu NOSAKA, Masaaki YOSHITAKE, Souichi OGAWA, Shigeaki NAKAMURA, Nobuo SAITO, Shoji YOSHIOKA, Isamu NAKAAKI, Hideo HASEGAWA, Toshiyuki MIHARA, Shoichi MOCHIZUKI, Shigeharu TAMURA, Hironori KOBAYASHI, Ryoji MAKABE, Tadashi ISHIDA, Yoshiyuki SATO, Masanori ANDO, Tetsuhiko KOBAYASHI, Ayako HIOKI, Kazuki NATSUKAWA, Koji INOUE, Yoshikazu NAKAYAMA, Takayuki SATO, Shinichiro MICHIZONO, Yoshio SAITO, Shinichi KOBAYASHI, Kiyohide KOKUBUN, Yuuki WATANABE, Heizo TOKUTAKA, Kikuo FUJIMURA, Tatsuo SHIMIZU, Yasushiro NISHIOKA, Hideki TANAKA, Hiroyuki WAKIMOTO, Toshihiko MIYAZAKI, Goro MIZUTANI, Sukekatsu USHIODA, Yoshitake YAMAGUCHI, Satoru TAKAKUSAGI, Makoto KATO, Yuji SAKAI, Akira KUROKAWA, Shingo ICHIMURA, Ken NAKAMURA, Takanori AOKI, Syogo TODA, Akio SUZUKI, Tatsuhiko MATSUSHITA, Masahiro OKUDA, Kazuaki HAMAJI, Yoshiharu KAKEHI, Tsutom YOTSUYA, Norihiro MATSUOKA, Yoshitsugu TSUTSUMI, Hideki TOMIOKA, Yoshio OKAMOTO, Kensuke MURAI, Masato YASUMOTO, Norimasa UMESAKI, Hirohiko NAKANO, Toshiaki TATSUTA, Jiro MATSUO, Isao YAMADA, Hiroyuki MAGARA, Osamu TABATA, Touichi HATANO, Masatoshi KOTERA, Kiyoshi YAMAGUCHI, Naohiro HORII, Kunio OKIMURA, Akira SHIBATA, Hiroshi MURAKAMI, Ikuya KAMEYAMA, Satoru SUKENOBU, Kazuhiko MIMOTO, Takashi MATSUMOTO, Takafumi YOSHIKAWA, Masato KIUCHI, Seiichi GOTO, Masatoshi OHBA, Yoshiaki AGAWA, Kazuma SHIBUTANI, Hiroshi TSUJI, Yasuhito GOTOH, Junzo ISHIKAWA, Hiroki KAWADA, Hiroyuki KITSUNAI, Nobuo TSUMAKI, Masanori KATSUYAMA, Shinichi SUZUKI, Katsuto TANAHASHI, Yuichi KAWAMURA, Naohisa INOUE, Yoshikazu HOMMA, Michimasa KIKUCHI, Kazumasa ISHIKAWA, Teiichi HOMMA, Yoshinori SUGANUMA, Nan LI, Katsuyoshi KOBAYASHI, Nobuyoshi SAKAKIBARA, Yoshiki UENO, Masayuki AOKI, Toshiaki YASUI, Keito MORIMOTO, Hirokazu TAHARA, Takao YOSHIKAWA, Hidekazu KODERA, Masahiko UOTA, Yoshihiro SATOH, Tomio KUBO, Kozo MOCHIJI, Naoshi ITABASHI, Hiroshi SHIMIZU, Shunsuke OHTANI, Kazuhiko OKUNO, Nobuo KOBAYASHI
Publikováno v:
SHINKU. 42:417-495
Publikováno v:
Journal of Photopolymer Science and Technology. 12:69-73
We have carried out the basic study for controlling the surface condition ( shape ) of the material which has the three-dimensional complex structure, by using the plasma. The plasma surface modification has been used in order to add useful functions
Publikováno v:
Journal of Photopolymer Science and Technology. 11:321-328
Epoxy and alkyd surface was treated by rf plasma in order to make the surface ultrahydrophobic. Two types of sample, stiffened or unstiffened, were used. The surface characteristics were estimated by the contact angle of water, X-ray photoelectron sp
Stabilization of CF4 plasma treated carbon surface by heat treated during and after plasma treatment
Publikováno v:
Journal of Vacuum Science & Technology A: Vacuum, Surfaces, and Films. 15:1937-1942
Stabilization of CF4 plasma treated carbon surface by heat treated during and after plasma treatment has been successfully achieved. Carbon surface was altered to hydrophobic by adsorbed fluorine (F) atoms during CF4 plasma treatment. F atoms desorbe
Publikováno v:
SHINKU. 40:442-445
Publikováno v:
TANSO. 1997:64-69
An investigation was conducted on the formation of controlled plasma of mixed gas (SF6+Ar) and accurate control of surface characteristics of carbon material with low-damage by this plasma. We developed a method to control the plasma composition elem