手嶋　(著書：2，論文：16)

著書

1. SunHyung LEE, Takahiro ISHIZAKI, Katsuya TESHIMA, Nagahiro SAITO, Osamu TAKAI:
   Recent Advances in Nanofabrication Techniques and Applications, "Scanning Probe Lithography on Organic Monolayers";
   INTECH WEB. ORG, 475-504 (2011)
2. Takahiro ISHIZAKI, SunHyung LEE, Katsuya TESHIMA:
   Magnesium Alloys - Corrosion and Surface Treatments, "High functionalization of magnesium alloy surface by superhydrophobic treatment";
   INTECH WEB. ORG, 13, 261-288 (2011)

論文

1. 山口亜希子，手嶋勝弥*，鈴木清香，大石修治：
   塩化ナトリウムフラックスからのNaNbO₃結晶の育成；
   Journal of Flux Growth, 6(2), 63-66 (2011)
2. 鈴木清香，手嶋勝弥*，山口亜希子，湯葢邦夫，宍戸統悦，大石修治：
   高結晶性TiNbOx系ナノシートを用いた透明光触媒層の作製と有機物の高速分解への応用；
   表面技術, 62(12), 723-725 (2011)
3. Sayaka SUZUKI, Katsuya TESHIMA*, Toshiko WAKABAYASHI, Hiromasa NISHIKIORI, Kunio YUBUTA, Toetsu SHISHIDO, Shuji OISHI:
   Low-temperature flux growth and upconversion fluorescence of the idiomorphic hexagonal-system NaYF₄:Ln(Ln=Yb,Er,Tm) crystals;
   Crystal Growth & Design, 11(11), 4825-4830 (2011) ACS
4. Katsuya TESHIMA*, Hikaru INAGAKI, Syohei TANAKA, Kunio YUBUTA, Masato HOZUMI, Keiichi KOHAMA, Toetsu SHISHIDO, Shuji OISHI:
   Growth of well-developed Li₄Ti₅O₁₂ crystals by the cooling of a sodium chloride flux;
   Crystal Growth & Design, 8(11), 4401-4405 (2011) ACS
5. Shouichiro IIO, Kosuke YANAGISAWA, Katsuya TESHIMA, Naomichi EZUMI, Toshihiko IKEDA:
   Dynamic behavior of atmospheric pressure plasma jet;
   Surface & Coatings Technology, 206, 1449-1453(2011)
6. Sayaka SUZUKI, Katsuya TESHIMA*, Toshiko WAKABAYASHI, Hiromasa NISHIKIORI, Takahiro ISHIZAKI, Shuji OISHI:
   Novel fabrication of NIR-vis upconversion NaYF₄:Ln(Ln=Yb,Er,Tm) crystal layers by flux coating method;
   Journal of Materials Chemistry, 21(36), 13847-13852 (2011) RSC
   Hot Articleに選ばれました(RSC Publishing Blogs Home)
7. Takahiro ISHIZAKI, Katsuya TESHIMA, Yoshitake MASUDA, Michiru SAKAMOTO:
   Liquid phase formation of alkyl-and perfluoro-phosphonic acid derived monolayers on magnesium alloy AZ₃₁ and their chemical properties;
   Journal of Colloid and Interface Science, 360(1), 280-288 (2011)
8. Sayaka SUZUKI, Katsuya TESHIMA*, SunHyung LEE, Kunio YUBUTA, Takahiro ISHIZAKI, Toetsu SHISHIDO, Shuji OISHI:
   Fabrication of highly crystalline NbOx nanotube/cup-stacked CNT nanocomposites;
   Journal of Nanoscience and Nanotechnology, 11(7), 6335-6340 (2011)
9. 錦織広昌，手嶋勝弥：
   ゾル－ゲルマトリックス中におけるスピロオキサジンの光キレート化反応制御；
   Journal of the Society of Inorganic Materials, Japan, 18, 206-211 (2011)
10. 鈴木清香，手嶋勝弥*，清原瑞穂，上川秀哉，大石修治：
    層状Na₂Ti₃O₇結晶のNaNO₃フラックス育成と浄水特性；
    Journal of Flux Growth, 6(1), 8-11 (2011)
11. 錦織広昌，古川勝，手嶋勝弥：
    アロフェン－酸化チタンナノ複合体の調製とトリクロロエチレンの分解に対する光触媒活性；
    Journal of the Society of Inorganic Materials, Japan, 18, 128-135 (2011)
12. Katsuya TESHIMA*, SunHyung LEE, Nobutaka SHIKINE, Toshiko WAKABAYASHI, Kunio YUBUTA, Toetsu SHISHIDO, Shuji OISHI:
    Flux growth of highly crystalline NaYF₄:Ln(Ln=Yb,Er,Tm) crystals with upconversion fluorescence;
    Crystal Growth & Design, 11(4), 995-999 (2011) ACS
13. Sayaka SUZUKI, Katsuya TESHIMA*, Takahiro ISHIZAKI, SunHyung LEE, Kunio YUBUTA, Toetsu SHISHIDO, Shuji OISHI:
    Unique three-dimensional nano-/micro-textured surfaces consisting of highly crystalline Nb₂O₅ nanotubes;
    Journal of Crystal Growth, 318(1), 1095-1100 (2011)
14. Katsuya TESHIMA*, SunHyung LEE, Takahiro ISHIZAKI, Shoko MORI, Chikara MORI, Kunio YUBUTA, Takanori ICHIKI, Toetsu SHISHIDO, Shuji OISHI:
    Novel fast and easy growth of highly crystalline, idiomorphic fluorapatite crystals via an atmospheric pressure plasma-assisted flux coating method;
    CrystEngComm, 13(6), 1749-1751 (2011) RSC
15. Katsuya TESHIMA*, SunHyung LEE, Akiko YAMAGUCHI, Sayaka SUZUKI, Kunio YUBUTA, Toetsu SHISHIDO, Shuji OISHI:
    The growth of highly crystalline, idiomorphic potassium titanoniobate crystals by the cooling of a potassium chloride flux;
    CrystEngComm, 13(4), 1190-1196 (2011) RSC
16. Katsuya TESHIMA*, SunHyung LEE, Kunio YUBUTA, Shoko MORI, Toetsu SHISHIDO, Shuji OISHI:
    Selective growth of highly crystalline hydroxyapatite in a micro reaction cell of agar gel;
    CrystEngComm, 13(3), 827-830 (2011) RSC