Session Details
[20p-P01-1~8]6.2 Carbon-based thin films
Fri. Sep 20, 2024 1:30 PM - 3:30 PM JST
Fri. Sep 20, 2024 4:30 AM - 6:30 AM UTC
Fri. Sep 20, 2024 4:30 AM - 6:30 AM UTC
P01 (Exhibition Hall A)
[20p-P01-1]Fabrication and Evaluation of Normal-Off Diamond MESFETs toward the Development of Radiation-Resistant and High-Temperature Operating Digital Circuits
〇Asahi Okuno1, Junichi H. Kaneko1, Hitoshi Umezawa2, Tadashi Masumura1, Hiroyuki Kawashima2, Toshiharu Makino2 (1.Hokkaido Univ, 2.AIST)
[20p-P01-2]Layered nano-diamonds synthesized from neutron-irradiated HOPG by high-pressure and high-temperature treatment
〇(M2)Takumi Tokunaga1, Yuji Higo2, Yohei Sato3, Keisuke Niwase4, Masahito Niibe1, Shin-ichi Honda1 (1.Hyogo Univ., 2.Japan Synchrotron Radiation Research Institute, 3.IMRAM, Tohoku Univ., 4.Hyogo Univ. of Teacher Education)
[20p-P01-3]Depth Analysis of sp2 Content in Atomic Hydrogen Exposed Hydrogenated Diamond-Like Carbon Films
〇Yuichi Haruyama1, Akira Heya2, Koji Sumitomo2, Seigo Ito2, Mao Yotsumoto3, Takahiro Maruyama3 (1.LASTI, Univ. of Hyogo, 2.Univ. of Hyogo, 3.Meijo Univ.)
[20p-P01-4]Structural analysis of Zn-eluting Zn-DLC film
〇Kazuhiro Kanda1, Koji Nakanishi1, Tsuneo Suzuki2, Hiroki Akasaka3, Yasuharu Ohgoe4, Masanori Hiratsuka5, Kenji Hirakuri4 (1.Lasti, Univ. Hyogo, 2.Nagaoka Univ. Tech., 3.Eng., Tokyo Inst. Tech., 4.Tokyo Denki Univ., 5.Tokken Inc.)
[20p-P01-5]Reduction of water pressure loss on the diamond-like carbon coated aluminum pipe.
Hirotaka Tamai1, Ryo Sako1, Yuki Hirata1, Naoto Ohtake1, 〇Hiroki Akasaka1 (1.Tokyo Inst. of Tech.)
[20p-P01-6]DLC Coating on Conveyer Guide of Polypropylene Yarn
〇(M1C)Takumi Koyama1, Kentaro Takizawa1, Katsuyuki Kuwana2, Mamoru Endo2, Kazuya Kanasugi1, Kenji Hirakuri1 (1.Tokyo Denki Univ., 2.Senko Medical Co.)
[20p-P01-7]Tribological Properties of Cu-DLC Prepared by Cu/C Mixed Target Sputtering Method
〇(M2)KENTARO TAKIZAWA1, Masanori Hiratsuka2, Hideki Nakamori3, Kazuya Kanasugi1, Kenji Hirakuri1 (1.Tokyo Denki Univ., 2.Tokken Inc., 3.Nanotec Co.)
[20p-P01-8]Effect of sulfuric acid immersion on the electrical insulation and surface properties of amorphous carbon films.
〇EITO ICHIJO1, KAZUYA KANASUGI1, MASANORI HIRATSUKA2, HIDEKI NAKAMORI3, KENJI HIRAKURI1 (1.Denki Univ., 2.Tokken Inc., 3.Nanotec Co.)