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Toetsu SHISHIDO*, Masahiko OKU, Shigeru OKADA, Naoyuki NOGI, Tadaaki AMANO, Jinhua YE, Takao MORI, Masahiko TANAKA, Kiyoshi SHIMAMURA, Akira YOSHIKAWA, Ryoji SAHARA, Kunio YUBUTA, Vijay KUMAR, Akiko NOMURA, Takamasa SUGAWARA, Shin-ichiro TOZAWA, Kazuo OBARA, Naofumi OHTSU, Koichi HAYASHI, Kozo FUJIWARA, Noritaka USAMI, Shigemi KOHIKI, Katsuya
TESHIMA, Shuji OISHI, Yoshiyuki KAWAZOE, Kazuo NAKAJIMA:
Molten metal flux growth and study of properties and chemical state of a new compound PrRh4.8B2;
Journal of Flux Growth, 2, 87-92 (2007)
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Takaomi SUZUKI*, Naoki SUGIHARA, Eiichi IGUCHI, Katsuya TESHIMA, Shuji OISHI, Masayuki KAWASAKI:
Measurement of specific surface free energy of ruby and quartz single crystals using contact angle of liquids;
Crystal Research and Technology, 42, 1217-1221 (2007)
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Katsuya TESHIMA*, Yuki NIINA, Kunio YUBUTA, Takaomi SUZUKI, Nobuo ISHIZAWA, Toetsu SHISHIDO, Shuji OISHI:
Environmentally friendly growth of layered K4Nb6O17 crystals from a KCl flux;
European Journal of Inorganic Chemistry, 2007, 4687-4692 (2007)
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大石修治*,纐纈明,手嶋勝弥*,鈴木孝臣,飯尾昭一郎,池田敏彦:
ルビー結晶のフラックス育成 -マイクロ水車発電した電力の利用-;
Journal of Flux Growth, 2, 33-36 (2007)
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手嶋勝弥*,杉浦詩織,湯葢邦夫,鈴木孝臣,遠藤守信,宍戸統悦,大石修治:
二成分系高温溶液を用いた光触媒Na2Ti6O13ウィスカーの環境調和型育成;
Journal of Flux Growth, 2, 37-40 (2007)
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Katsuya TESHIMA*, Ken-ichi MATSUMOTO, Hitoshi KONDO, Takaomi SUZUKI, Shuji OISHI:
Highly crystalline ruby coating on a-Al2O3 surfaces by flux evaporation;
Journal of the Ceramic Society of Japan,115, 379-382 (2007)
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Takaomi SUZUKI*, Eiichi IGUCHI, Katsuya TESHIMA, Shuji OISHI:
Wulff's relationship of ruby single crystals grown from molybdenum trioxide flux studied by contact angles of liquid droplets;
Chemical Physics Letters, 438, 127-131 (2007)
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手嶋勝弥*,杉浦詩織,湯葢邦夫,鈴木孝臣,遠藤守信,宍戸統悦,大石修治:
NaCl-TiO2系高温溶液からのNa2Ti6O13ウィスカーの育成;
Journal of the Ceramic Society of Japan, 115, 230-232 (2007)
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Takaomi SUZUKI*, Eiichi IGUCHI, Katsuya TESHIMA, Shuji OISHI:
Morphology and specific surface free energies of ruby single crystal grown from molybdenum trioxide flux studied by contact angle of liquid droplets;
Bulletin of the Chemical Society of Japan, 80, 346-348 (2007)