Oral presentation

[19a-C2-1~12] 8.5 Plasma nanotechnology

Thu. Sep 19, 2013 9:00 AM - 12:15 PM C2 (TC3 1F-102)

△：Young Scientist Oral Presentation Award Applied
▲：English Presentation
▼：Both Award Applied and English Presentation

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9:00 AM - 9:15 AM

△ [19a-C2-1] Rapid deposition of DLC by plasma CVD in initial stage

^○Toru Harigai¹, Yuuki Yasuoka¹, Yoshiaki Kakuta¹, Hiroshi Furuta^1,2, Akimitsu Hatta^1,2 (Kochi Univ. Technol.¹, Inst. Nanotechnol., Kochi Univ. Technol.²)

9:15 AM - 9:30 AM

[19a-C2-2] The Effects of Plasma on the Films which Contain Carbon Nanotubes.

^○Daisuke Ogawa¹, Eiichi Ogawa¹, Masaki Kato¹, Tomoya Shirota¹, Sho Nagashima¹, Junki Mori¹, Keiji Nakamura¹ (Chubu University¹)

9:30 AM - 9:45 AM

[19a-C2-3] Surface Chemical Modification and Nano-bio Applications of Carbon Nanowalls

^○Hiroki Kondo¹, Hitoshi Watanabe¹, Kenji Ishikawa¹, Makoto Sekine¹, Masaru Hori¹, Mineo Hiramatsu² (Ngaoya Univ.¹, Meijo Univ.²)

9:45 AM - 10:00 AM

△ [19a-C2-4] Characteristics of platinum-supported nanographene synthesized by in-liquid plasma

^○(M1)Tomoki Amano¹, Hiroyuki Kano², Keigo Takeda¹, Hiroki Kondo¹, Takayuki Ohta³, Masafumi Ito³, Mineo Hiramatsu³, Kenji Ishikawa¹, Makoto Sekine¹, Masaru Hori¹ (Nagoya Univ.¹, NU eco.², Meijo Univ.³)

10:00 AM - 10:15 AM

△ [19a-C2-5] Optical diagnostics of gas-liquid plasma for synthesizing nanographene

^○Atsushi Ando¹, Keigo Takeda¹, Hiroki Kondo¹, Kenji Ishikawa¹, Makoto Sekine¹, Takayuki Ohta², Masafumi Ito², Mineo Hiramatsu², Hiroyuki Kano³, Masaru Hori¹ (Nagoya Univ.¹, Meijo Univ.², NU eco-engineering³)

10:15 AM - 10:30 AM

△ [19a-C2-6] The analysis of the activated species for solution plasma reaction field in water-alcohol mixture by electron spin resonance

^○Tomohito Sudare¹, Tomonaga Ueno^1,2,4, Nagahiro Saito^1,2,3,4 (Nagoya Univ.¹, Green Mobility Collaborative Research Center, Nagoya Univ.², Eco Topia Science Institute, Nagoya Univ.³, JST-CREST⁴)

Break （10:30 AM - 10:45 AM）

10:45 AM - 11:00 AM

△ [19a-C2-7] Dynamical formation mechanism of nitrogen endohedral fulleren by ab-initio molecular dynamics simulation.

^○Atsushi M. Ito¹, Toshiro Kaneko², Yasuhiro Oda¹, Seiki Saito³, Arimichi Takayama¹, Hiroaki Nakamura^1,3 (NIFS¹, Tohoku Univ.², Nagoya Univ.³)

11:00 AM - 11:15 AM

[19a-C2-8] Production of carbon nano-capsules and carbon nano-bags by impact reaction method

^○Tetsu Mieno¹, Kazuhiko Kondou¹, Kazuki Okouchi¹, Sunao Hasegawa², Kurosawa Kosuke² (Dept. Physics, Shizuoka Univ.¹, ISAS/JAXA²)

11:15 AM - 11:30 AM

[19a-C2-9] In-situ Conductance Measure of Ni Thin Films During Sputtering Depositions

^○Yuji Kusumoto¹, Hirofumi Koji¹, Kazuki Sekiya¹, Hirishi Furuta^1,2, Akimitsu Hatta^1,2 (Kochi Univ. Techonol.¹, Inst. Nanotech.²)

11:30 AM - 11:45 AM

△ [19a-C2-10] Evaluation ofr Particles in a Large Amount Synthesis of Al-doped TiO2 Nanopowder using Pulse-Modulated Induction Thermal Plasma with Synchronized Intermittent Powder Feeding

^○Naoto Kodama¹, Guo Weixian¹, Yasunori Tanaka¹, Yoshihiko Uesugi¹, Tatsuo Ishijima¹, Shu Watanabe², Keitaro Nakamura² (Kanazawa Univ.¹, Nisshin Seifun Group Inc.²)

11:45 AM - 12:00 PM

▲ [19a-C2-11] Improvement of polymer solar cell performance via surfactant free surface engineered silicon nanocrystals with quantum confinement effects

^○Svrcek Vladimir¹, Toshiro Yamanari¹, Davide Mariotti², Koji Matsubara¹ (AIST Tsukuba -RCPVT¹, University of Ulster²)

12:00 PM - 12:15 PM

△ [19a-C2-12] Relationship between Enhanced Emission of Ar Plasma by SiH₄ Pulsed Supply and Formed Silicon Nanocrystals

^○Kazufumi Ikemoto¹, Yoshifumi Nakamine¹, Yukio Kawano¹, Shunri Oda¹ (QNERC, Tokyo Tech.¹)

Sessions

08. Plasma Electronics » 8.5 Plasma nanotechnology

[19a-C2-1~12] 8.5 Plasma nanotechnology

△ [19a-C2-1] Rapid deposition of DLC by plasma CVD in initial stage

[19a-C2-2] The Effects of Plasma on the Films which Contain Carbon Nanotubes.

[19a-C2-3] Surface Chemical Modification and Nano-bio Applications of Carbon Nanowalls

△ [19a-C2-4] Characteristics of platinum-supported nanographene synthesized by in-liquid plasma

△ [19a-C2-5] Optical diagnostics of gas-liquid plasma for synthesizing nanographene

△ [19a-C2-6] The analysis of the activated species for solution plasma reaction field in water-alcohol mixture by electron spin resonance

△ [19a-C2-7] Dynamical formation mechanism of nitrogen endohedral fulleren by ab-initio molecular dynamics simulation.

[19a-C2-8] Production of carbon nano-capsules and carbon nano-bags by impact reaction method

[19a-C2-9] In-situ Conductance Measure of Ni Thin Films During Sputtering Depositions

△ [19a-C2-10] Evaluation ofr Particles in a Large Amount Synthesis of Al-doped TiO2 Nanopowder using Pulse-Modulated Induction Thermal Plasma with Synchronized Intermittent Powder Feeding

▲ [19a-C2-11] Improvement of polymer solar cell performance via surfactant free surface engineered silicon nanocrystals with quantum confinement effects

△ [19a-C2-12] Relationship between Enhanced Emission of Ar Plasma by SiH₄ Pulsed Supply and Formed Silicon Nanocrystals

Sessions

08. Plasma Electronics » 8.5 Plasma nanotechnology

[19a-C2-1~12] 8.5 Plasma nanotechnology

△ [19a-C2-1] Rapid deposition of DLC by plasma CVD in initial stage

[19a-C2-2] The Effects of Plasma on the Films which Contain Carbon Nanotubes.

[19a-C2-3] Surface Chemical Modification and Nano-bio Applications of Carbon Nanowalls

△ [19a-C2-4] Characteristics of platinum-supported nanographene synthesized by in-liquid plasma

△ [19a-C2-5] Optical diagnostics of gas-liquid plasma for synthesizing nanographene

△ [19a-C2-6] The analysis of the activated species for solution plasma reaction field in water-alcohol mixture by electron spin resonance

△ [19a-C2-7] Dynamical formation mechanism of nitrogen endohedral fulleren by ab-initio molecular dynamics simulation.

[19a-C2-8] Production of carbon nano-capsules and carbon nano-bags by impact reaction method

[19a-C2-9] In-situ Conductance Measure of Ni Thin Films During Sputtering Depositions

△ [19a-C2-10] Evaluation ofr Particles in a Large Amount Synthesis of Al-doped TiO2 Nanopowder using Pulse-Modulated Induction Thermal Plasma with Synchronized Intermittent Powder Feeding

▲ [19a-C2-11] Improvement of polymer solar cell performance via surfactant free surface engineered silicon nanocrystals with quantum confinement effects

△ [19a-C2-12] Relationship between Enhanced Emission of Ar Plasma by SiH4 Pulsed Supply and Formed Silicon Nanocrystals

△ [19a-C2-12] Relationship between Enhanced Emission of Ar Plasma by SiH₄ Pulsed Supply and Formed Silicon Nanocrystals