Oral presentation

[22p-E105-1~18] 8.1 Plasma production and diagnostics

Tue. Mar 22, 2022 1:00 PM - 6:00 PM E105 (E105)

Daisuke Ogawa(Chubu Univ.), Tomoyuki Murakami(Seikei Univ.)

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

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1:00 PM - 1:15 PM

[22p-E105-1] Increase in plasma density by applying negative pulse bias voltage on a substrate stage in an electron cyclotron resonance plasma

〇Ikumi Hamaguchi¹, Hansin Bae¹, Kensuke Sasai², Haruka Suzuki^1,2, Hirotaka Toyoda^1,2,3 (1.Nagoya Univ., 2.cLPS, Nagoya Univ., 3.NIFS)

1:15 PM - 1:30 PM

△ [22p-E105-2] Propagation characteristics of surface-launched plasma bullets generated at positive and negative pulse voltage

〇(B)Atsumu Matsumoto¹, Koki Sasaki¹, Yudai Nishimura¹, Jun-Seok Oh¹, Tatsuru Shirafuji¹ (1.Osaka City Univ.)

1:30 PM - 1:45 PM

[22p-E105-3] Modeling the plasma-activated liquid

〇Tomoyuki Murakami¹ (1.Seikei Univ.)

1:45 PM - 2:00 PM

△ [22p-E105-4] Estimating OH rotational temperature of plasmas in solution using deep learning

〇(M1)Shuhei Takamatsu¹, Kenichi Inoue¹, Hitoshi Muneoka¹, Tsuyohito Ito¹, Kazuo Terashima¹ (1.The Univ. of Tokyo)

2:00 PM - 2:15 PM

[22p-E105-5] Construction of a surrogate model for low-temperature plasma simulation

〇Masakazu Ichikawa¹, Ikuse Kazumasa¹, Chen Kuan-Lin², Wu Jong-Shinn², Hamaguchi Satoshi¹ (1.Osaka Univ., 2.NYCU)

2:15 PM - 2:30 PM

[22p-E105-6] [The 51st Young Scientist Presentation Award Speech] Development of highly sensitive electric field measurement method via coherent anti-Stokes Raman scattering

〇Takeru Koike¹, Hitoshi Muneoka¹, Kazuo Terashima¹, Tsuyohito Ito¹ (1.The Univ. of Tokyo)

2:45 PM - 3:00 PM

△ [22p-E105-7] Ar-N₂ Arc Temperature Analysis by Relative Intensity Method Considering Line and Continuum Emissions

〇Yuki Takemoto¹, Manabu Tanaka¹, Takayuki Watanabe¹ (1.Kyushu Univ.)

3:00 PM - 3:15 PM

△ [22p-E105-8] Diagnostics of vibrational and rotational temperature of OH radical of argon-oxygen low pressure inductively coupled plasma

〇Yuya Yamashita¹, Shuichi Date¹, Hidehiko Yamaoka¹, Takuya Akiba¹, Takayuki Shibuya¹, Toshihide Iwanaga¹, Hiroshi Akatsuka² (1.TIRI, 2.Tokyo Tech)

3:15 PM - 3:30 PM

[22p-E105-9] Temperature Effect on Curling Probe for Measurement of Electron Density in Plasma

〇(B)Yuki Kihira¹, Shota Kato¹, Kei Kato¹, Daisuke Ogawa¹, Keiji Nakamura¹ (1.Chubu Univ.)

3:30 PM - 3:45 PM

△ [22p-E105-10] Space-resolved measurements of Electron Energy Distribution Function in a Pulsed Positive Streamer Discharge in Atmospheric pressure air

〇(M1)Toma Miyazawa¹, Kentaro Tomita¹, Akihiro Yoshino², Atsushi Komuro², Ryo Ono² (1.Hokkaido Univ., 2.The University of Tokyo)

3:45 PM - 4:00 PM

[22p-E105-11] Saturation parameter in cavity ringdown absorption spectroscopy at Balmer-α line of atomic hydrogen (Ⅱ)

〇(M1)Kimika Fushimi¹, Shusuke Nishiyama², Koichi Sasaki¹ (1.Hokkaido Univ., 2.Japan Healthcare Univ.)

4:00 PM - 4:15 PM

[22p-E105-12] Measurement of the strength and fluctuation of electric field vector in Ar plasma using a fine particle trapped by optical tweezers (1)

〇KUNIHIRO KAMATAKI¹, Sakyo Okunaga¹, Toma Sato¹, Kentaro Tomita², Pan Yiming³, Daisuke Yamashita¹, Naoto Yamashita¹, Takamasa Okumura¹, Naho Itagaki¹, Kazunori Koga^1,4, Masaharu Shiratani¹ (1.Kyushu Univ. ISEE., 2.Hokkaido Univ., 3.Kyushu Univ. IGSES., 4.NINS)

4:30 PM - 4:45 PM

△ [22p-E105-13] [Highlight]Heating Process of Vibrationally Excited Nitrogen Plasma by Non-Self-Sustaining DC Discharge

〇Yuki Kunishima¹, Keisuke Takashima¹, Toshiro Kaneko¹ (1.Tohoku Univ.)

4:45 PM - 5:00 PM

△ [22p-E105-14] Polarization dependence of electric field measurement using electric-field-induced second-harmonic generation

〇(D)Shin Nakamura¹, Masahiro Sato¹, Takashi Fujii¹, Akiko Kumada¹, Oishi Yuji² (1.The Univ. of Tokyo, 2.CRIEPI)

5:00 PM - 5:15 PM

[22p-E105-15] Low RF Power Test for Steady State High Density Helicon Plasma Source with Flat Loop Antennas

〇(M1)Takumi Seto¹, Ayane Kondo¹, Naomichi Ezumi¹, Mafumi Hirata¹, Satoshi Togo¹, Mizuki Sakamoto¹, Takeru Furukawa², Shunjiro Shinohara³ (1.Plasma Research Center, Univ. Tsukuba, 2.Kobe Univ., 3.Tokyo Univ. of Agriculture and Technology)

5:15 PM - 5:30 PM

△ [22p-E105-16] Control of Ion Flux to the Substrate in Material Processing with a Vacuum-Arc Discharge Considering Discharge Current Limitation Mechanisms (II)

〇Yuya Asamoto¹, Takayuki Matsuda¹, Takashi Hamano¹, Masao Noma², Shigehiko Hasegawa³, Michiru Yamashita⁴, Keiichiro Urabe¹, Koji Eriguchi¹ (1.Kyoto Univ., 2.SHINKO SEIKI Co., LTD, 3.Osaka Univ. ISIR, 4.Hyogo Pref. Inst. Technol.)

5:30 PM - 5:45 PM

[22p-E105-17] Effect of a Splitter in Transmission Line on Curling Probe for Measurement of Electron Density in Plasma

〇(B)Shota Kato¹, Kei Kato¹, Yuki Kihira¹, Daisuke Ogawa¹, Keiji Nakamura¹ (1.Chubu Univ.)

5:45 PM - 6:00 PM

△ [22p-E105-18] Frequency dependence of bullet current of an atmospheric-pressure helium plasma jet

〇Ryosuke Otsuki¹, Kodai Aoki¹, Jun-seok Oh¹, Tatsuru Shirafuji¹ (1.Osaka City Univ.)

Sessions

8 Plasma Electronics » 8.1 Plasma production and diagnostics

[22p-E105-1~18] 8.1 Plasma production and diagnostics

[22p-E105-1] Increase in plasma density by applying negative pulse bias voltage on a substrate stage in an electron cyclotron resonance plasma

△ [22p-E105-2] Propagation characteristics of surface-launched plasma bullets generated at positive and negative pulse voltage

[22p-E105-3] Modeling the plasma-activated liquid

△ [22p-E105-4] Estimating OH rotational temperature of plasmas in solution using deep learning

[22p-E105-5] Construction of a surrogate model for low-temperature plasma simulation

[22p-E105-6] [The 51st Young Scientist Presentation Award Speech] Development of highly sensitive electric field measurement method via coherent anti-Stokes Raman scattering

△ [22p-E105-7] Ar-N₂ Arc Temperature Analysis by Relative Intensity Method Considering Line and Continuum Emissions

△ [22p-E105-8] Diagnostics of vibrational and rotational temperature of OH radical of argon-oxygen low pressure inductively coupled plasma

[22p-E105-9] Temperature Effect on Curling Probe for Measurement of Electron Density in Plasma

△ [22p-E105-10] Space-resolved measurements of Electron Energy Distribution Function in a Pulsed Positive Streamer Discharge in Atmospheric pressure air

[22p-E105-11] Saturation parameter in cavity ringdown absorption spectroscopy at Balmer-α line of atomic hydrogen (Ⅱ)

[22p-E105-12] Measurement of the strength and fluctuation of electric field vector in Ar plasma using a fine particle trapped by optical tweezers (1)

△ [22p-E105-13] [Highlight]Heating Process of Vibrationally Excited Nitrogen Plasma by Non-Self-Sustaining DC Discharge

△ [22p-E105-14] Polarization dependence of electric field measurement using electric-field-induced second-harmonic generation

[22p-E105-15] Low RF Power Test for Steady State High Density Helicon Plasma Source with Flat Loop Antennas

△ [22p-E105-16] Control of Ion Flux to the Substrate in Material Processing with a Vacuum-Arc Discharge Considering Discharge Current Limitation Mechanisms (II)

[22p-E105-17] Effect of a Splitter in Transmission Line on Curling Probe for Measurement of Electron Density in Plasma

△ [22p-E105-18] Frequency dependence of bullet current of an atmospheric-pressure helium plasma jet

Authenticate

Sessions

8 Plasma Electronics » 8.1 Plasma production and diagnostics

[22p-E105-1~18] 8.1 Plasma production and diagnostics

△ [22p-E105-2] Propagation characteristics of surface-launched plasma bullets generated at positive and negative pulse voltage

△ [22p-E105-4] Estimating OH rotational temperature of plasmas in solution using deep learning

△ [22p-E105-7] Ar-N2 Arc Temperature Analysis by Relative Intensity Method Considering Line and Continuum Emissions

△ [22p-E105-8] Diagnostics of vibrational and rotational temperature of OH radical of argon-oxygen low pressure inductively coupled plasma

△ [22p-E105-10] Space-resolved measurements of Electron Energy Distribution Function in a Pulsed Positive Streamer Discharge in Atmospheric pressure air

△ [22p-E105-13] [Highlight]Heating Process of Vibrationally Excited Nitrogen Plasma by Non-Self-Sustaining DC Discharge

△ [22p-E105-14] Polarization dependence of electric field measurement using electric-field-induced second-harmonic generation

△ [22p-E105-16] Control of Ion Flux to the Substrate in Material Processing with a Vacuum-Arc Discharge Considering Discharge Current Limitation Mechanisms (II)

△ [22p-E105-18] Frequency dependence of bullet current of an atmospheric-pressure helium plasma jet

Authenticate

△ [22p-E105-7] Ar-N₂ Arc Temperature Analysis by Relative Intensity Method Considering Line and Continuum Emissions