8 Plasma Electronics » 8 Plasma Electronics(Poster)

Poster presentation

[19a-P02-1~9] 8 Plasma Electronics(Poster)

Fri. Mar 19, 2021 9:00 AM - 9:50 AM P02 (Poster)

△：Presentation by Applicant for JSAP Young Scientists Presentation Award
▲：English Presentation
▼：Both of Above
No Mark：None of Above

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9:00 AM - 9:50 AM

[19a-P02-1] Selective inactivation of skin cancer cells using a medium activated by irradiation of atmospheric He plasma and introduction of oxygen gas

〇Risa Mitoya¹, Kazuhiro Usui², Takuya Miyashita¹, Mika Kawarai¹, Kazunori Kato^1,2,3, Kenji Motohashi^1,2,3 (1.Toyo Univ., 2.Toyo Grad., 3.bnc)

9:00 AM - 9:50 AM

[19a-P02-2] Calculation of the electron velocity distribution function in gas under crossed DC electric and magnetic fields by physics informed deep learning

〇Satoru Kawaguchi¹, Tomoyuki Murakami¹ (1.Seikei Univ.)

9:00 AM - 9:50 AM

[19a-P02-3] Study on Automatic Control of Electrolysis of Artificial Seawater and Pulse Discharge

〇Takumi Oya¹, Shinobu Mukasa¹, Kengo Nawa¹, Shingo Miguchi¹, Shinfuku Nomura¹ (1.Ehime Univ.)

9:00 AM - 9:50 AM

[19a-P02-4] Plasma Fluctuation by Insertion of a Small Grounded Electrode into Inductively Coupled Plasma with Insulated Liner

〇Yukinori Chiba¹, Manabu Kyuzo¹, Haruka Suzuki¹, Hirotaka Toyoda^1,2 (1.Nagoya Univ., 2.NIFS)

9:00 AM - 9:50 AM

[19a-P02-5] Characteristics measurements of atmospheric pressure plasma jet applied external electric field

〇HIROMASA YAMADA¹, YUUKEI ISHIHARA¹, HIKARU KOIDE¹ (1.NIT, Nagano College)

9:00 AM - 9:50 AM

[19a-P02-6] Long-term Operation of Liquid Flow Plasma Processing Device and Its Application to Ag Nanoparticle Production

〇Kazuya Yamaguchi¹, Jyo Suzuki¹, Haruka Suzuki¹, Kensuke Sasai¹, Hirotaka Toyoda^1,2 (1.Nagoya Univ., 2.NIFS)

9:00 AM - 9:50 AM

[19a-P02-7] Preparation of hydrogen embrittlement resistance thin films by plasma process and their properties IV

〇Hiroharu Kawasaki¹, Tamiko Ohshima¹, Yoshihito Yagyu¹, Takeshi Ihara¹, Hiroshi Nishiguchi¹ (1.Nai'l Ins. Tech. Sasebo Col.)

9:00 AM - 9:50 AM

[19a-P02-8] Low-temperature Formation of High-Mobility IGZO Thin Film Transistors using Reactive Plasma Processes (III)

〇Kosuke Takenaka¹, Hiroyuki Hirayama¹, Tomoki Fujimura¹, Yuji Hayashi¹, Giichiro Uchida², Akinori Ebe³, Yuichi Setsuhara¹ (1.Osaka Univ., 2.Meijo Univ., 3.EMD Corp.)

9:00 AM - 9:50 AM

[19a-P02-9] Development of Pulse-Arc-Plasma-Jet Source with Coaxial Gas Line for DLC High-Rate Deposition

〇Toru Harigai¹, Ryoya Tominaga¹, Hikaru Ohhra¹, Hirofumi Takikawa¹, Kohtaku Suzuki², Shinsuke Kunitsugu³, Hidenobu Gonda⁴ (1.Toyohashi Univ. Technol., 2.Wakasa Wan Energy Res. Cent., 3.Ind. Technol. Cent. Okayama Pref., 4.OSG Coat. Service)

Sessions

8 Plasma Electronics » 8 Plasma Electronics(Poster)

[19a-P02-1~9] 8 Plasma Electronics(Poster)

[19a-P02-1] Selective inactivation of skin cancer cells using a medium activated by irradiation of atmospheric He plasma and introduction of oxygen gas

[19a-P02-2] Calculation of the electron velocity distribution function in gas under crossed DC electric and magnetic fields by physics informed deep learning

[19a-P02-3] Study on Automatic Control of Electrolysis of Artificial Seawater and Pulse Discharge

[19a-P02-4] Plasma Fluctuation by Insertion of a Small Grounded Electrode into Inductively Coupled Plasma with Insulated Liner

[19a-P02-5] Characteristics measurements of atmospheric pressure plasma jet applied external electric field

[19a-P02-6] Long-term Operation of Liquid Flow Plasma Processing Device and Its Application to Ag Nanoparticle Production

[19a-P02-7] Preparation of hydrogen embrittlement resistance thin films by plasma process and their properties IV

[19a-P02-8] Low-temperature Formation of High-Mobility IGZO Thin Film Transistors using Reactive Plasma Processes (III)

[19a-P02-9] Development of Pulse-Arc-Plasma-Jet Source with Coaxial Gas Line for DLC High-Rate Deposition

[19a-P04-1~9] 8 Plasma Electronics(Poster)

[19a-P04-1] Inactivation of skin cancer cells using a medium activated by irradiation of atmospheric He+O₂ mixed gas plasma

[19a-P04-2] Characteristics of Discharge in Water Using Ignition Coil

[19a-P04-3] Enhancement of local electric field in electromagnetically induced transparency like metasurface by shrinking the capacitor size and its application to microplasma generation

▲ [19a-P04-4] Simulation of Ion Trajectories in an Ion Mobility Spectrometer for Atmospheric Pressure Plasma Diagnostics

[19a-P04-5] Measurement of Gas Flow Rate Dependence of Incident Radical and Ion on the Substrate in RF Low-Pressure Tetramethylsilane Plasmas

▲ [19a-P04-6] Development of an Ion Deflector in the Diagnostics of
Nanosecond Laser Ablation Plasmas

[19a-P04-7] Morphology Control of MoS₂ by Chemical Vapor Deposition and Optimization of Sulfur Defect Density by Plasma Treatment

[19a-P04-8] Low temperature synthesis and physicochemical characterization of Al₂O₃thin films formed by oxygen plasma irradiation on Al(CH₃)₃condensed layer.

[19a-P04-9] Development of a wafer surface charge suppression method by low frequency voltage for atomic level profile control in plasma etching

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Sessions

8 Plasma Electronics » 8 Plasma Electronics(Poster)

[19a-P02-1~9] 8 Plasma Electronics(Poster)

[19a-P04-1~9] 8 Plasma Electronics(Poster)

▲ [19a-P04-4] Simulation of Ion Trajectories in an Ion Mobility Spectrometer for Atmospheric Pressure Plasma Diagnostics

▲ [19a-P04-6] Development of an Ion Deflector in the Diagnostics ofNanosecond Laser Ablation Plasmas

Authenticate

▲ [19a-P04-6] Development of an Ion Deflector in the Diagnostics of
Nanosecond Laser Ablation Plasmas