ISPlasma2022/IC-PLANTS2022 March 6 - 10, 2022 Nagoya, Japan

Short Presentation (Poster) 1
07P-01March 7 (MON) 19:00〜20:00

3-Dimensional Plasma Actuator for Flowing Gas Containing Reactive Species
Mao Xu, Motoaki Yamauchi and Akitoshi Okino
Tokyo Institite of Technology

07P-02

Study on CO Gas Sensing by Sputtering Different Power ZnO Films
Yi-Zhe Zhang and Yen-Sheng Lin
I-Shou University

07P-03

Sputtering Process of Porous Gallium-Doped Zinc Oxide Thin Film to Apply on CO
Gas Sensing
Yu-Meng Taso and Yen-Sheng Lin
1

I-Shou University

07P-04

Study on Improving the Optical and Electrical Properties of ZnO Thin Films byIntermittent Sputtering Process
Shih-Cheng Tseng and Yen-Sheng Lin
I-Shou University

07P-05The Characterization of VO2 Deposited by High-Power Impluse Magnetron
Sputtering for MIS Applications
1

Pin-Syun Jiang, 2Chien-Chieh Lee and 1Pi-Chun Juan

1

Ming Chi University of Technology
National Central University

2

07P-07The Influence of Pulse-Modulation on OH Radical Generation from Non-Thermal
Atmospheric-Pressure Plasma
Yi-Wei Wang and Yun-Chien Cheng
National Chiao Tung University

07P-08Study of the Influence of Deformation Structures on the Sensitivity of AZO Thin
Film Sensor.
Yung-Cheng Wei and Yen-Sheng Lin
I-Shou University

07P-09Heating of Siliver Nanoparticles in the Gas Phase by Ar/H2 Surface Wave Pasma
1

Kazuya Hikita, 1Kensuke Sasai, 1,2Haruka Suzuki and 1,2,3Hirotaka Toyoda

1

Nagoya University
Center for low-temperature Plasma Sciences,Nagoya University
3
National Institute of Fusion Science2

07P-10A Study of Potential Risk and Improvement of APS YF3 Coating on ICP Source
Youngjae Ma, Jongwoo Park, Hyojeong Seo, BeomSeok Kim and Sung Jin Yoon
PSK inc.

07P-11

Multi-Signal Monitoring for Discharge Optimization in Linear Plasma Device
NAGDIS-II
Takehiro Sakakibara, Hiroki Natsume, Yohei Imaeda, Hirohiko Tanaka, Shin Kajita andNoriyasu Ohno
Nagoya University

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ISPlasma2022/IC-PLANTS2022 March 6 - 10, 2022 Nagoya, Japan

07P-13

Suppression of Arc Ignition on Nano-Tendril Bundles by Annealing Treatment
1

Rongshi Zhang, 1Shin Kajita, 2Dogyun Hwangbo, 3Dmitry Sinelnikov, 1Hirohiko Tanaka and1

Noriyasu Ohno

1

Nagoya University
University of Tsukuba
3
Nation Research Nuclear University MEPhI
2

07P-14

RF Voltage Division of in RF-Biased High-Density Plasma with Floating Liner
1

Yukinori Chiba, 1Manabu Kyuzo, 1,2Haruka Suzuki and 1,2,3Hirotaka Toyoda

1

Department of Electronics, Nagoya University
Center for Low-temperature Plasma Sciences, Nagoya University
3
National Institute for Fusion Science2

07P-15

Study on Improving Touch Sensitivity by Inserting CuO Nanostructure
Jia-Jun Liu and Yen-Sheng Lin
I-Shou University

07P-17

Trial of Elemental Gradient Functional Thin Films Preparation by Sputtering with
Mixed Powder Targets I
Hiroharu Kawasaki, Tamiko Ohshima, Yoshihito Yagyu, Takeshi Ihara and Takahiko Satake
National Institute of Technology, Sasebo College

07P-20Study of the Deformation Influence on Ga-Doped ZnO Thin Film Touch Sensor
Ping-Tai Jiang, Yan-Jun Wang and Yen-Sheng Lin
I-Shou University

07P-22

Spectral Reflectance Analysis of the Formation State of a Titanium Thin Film
Deposited on a Plastic Substrate by DC Magnetron Plasma Sputtering
1

Akira Watazu, 2Yoshihiro Nishimura, 1Kay Teraoka, 2Masanobu Tobe, 2Ryo Kobori and1

Tsutomu Sonoda

1

National Institute of Advanced Industrial Science and Technology (AIST)
2
Lasertec Corporation

07P-23

Hydrogen Entry State of Coating Material Using Sputtering Method
Yuya Muramoto, Hiroshi Nishiguchi, Ohshima Tamiko and Kawasaki Hiroharu
National Institute of Technology, Sasebo College

07P-26Development of Planar Plasma Source for Metal Organic Plasma Decomposition
1

Hiroshi Akamatsu and 2Kazunori Ichikawa

1

Kobe City College of Technology
National Institute of Technology, Matsue College2

07P-27

Effect of Ion Shielding on Sulfur Defect Formation in Monolayer MoS2 Treated byMicrowave Hydrogen Plasma
Akihisa Ogino and Shuya Asada
Shizuoka University

07P-28Deposition of TiO2 Film on Resin Substrate by Atmospheric Solution Precursor
Plasma Spraying Using Air Working Gas
1

Xi Wang, 1Boyu Zhang，1Tianshuo Wang, 1Fengzhi Wu, 1Yasutaka Ando and 2,3Akira Kobayashi

1Ashikaga University
Chulalongkorn University
3
The University of Tokyo
2

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ISPlasma2022/IC-PLANTS2022 March 6 - 10, 2022 Nagoya, Japan

07P-29Al-Doped Zinc Oxide Thin Films Deposition with Mixed Powder Targets by
Sputtering
1,2

Tamiko Ohshima, 1Yusuke Hibino, 1Takeshi Ihara, 1Yoshihito Yagyu, 1,3Takahiko Satake, 1Hiroharu
Kawasaki, 2Naho Itagaki, 2Kazunori Koga and 2Masaharu Shiratani
1
National Institute of Technology, Sasebo College
2
Kyushu University
3
Sojo University

07P-30Emission Spectra and Raman Spectral Studies of TiCN Thin Films Deposited Using a
Magnetized Sheet Plasma Source.
1,2

Glenson Panghulan, 2Christlyn Faith Arias, 2Ryan Russel Gabatino, 2Catherine Joy Dela Cruz,

2

Kenneth Duque and 2Magdaleno Jr Vasquez

1

University of the Philippines
University of the Philippines-Diliman2

07P-31

Structural Analysis of Topmost Surface of a-C:H film by Using Surface-Enhanced
Raman Spectroscopy
1

Ryosei Iwai, 1Hiroyuki Kousaka, 2Takayuki Tokoroyama, 2,3Yuya Nakasima, 1Tatsuya Furuki

and 2Noritsugu Umehara
1

Gifu University
Nagoya University
3
Fuji Electric Co., LTD.
2

07P-32

Preparation of Electron Transport Layer for Perovskite Solar Cells by Microwave
Plasma Treatment on Sputtered Tin Thin Films
Po-Jui Hsu and Meng-Jiy Wang
National Taiwan University of Science and Technology

07P-33

Deposition of PFCs Films on Die with Microstructures Using CF4 Gas
Gang Han, Masaya Watanabe, Seiya Fujita and Minoru Sasaki
Toyota Technological Institute07P-34

Relationship between Discharge Characteristics and Film Density in DLC Film
Deposition Using HF-HiPIMS Method
1

Hiroyuki Fukue, 1Tatsuyuki Nakatani, 2Tadayuki Okano, 2Masahide Kuroiwa, 3Shinsuke

Kunitsugu, 4Hiroki Oota and 1,4Ken Yonezawa
1Okayama University of Science
Tokyo Electronics Co., Ltd.
3
Industrial Technology Center of Okayama Prefecture
4
Kenix Corporation
2

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ISPlasma2022/IC-PLANTS2022 March 6 - 10, 2022 Nagoya, Japan

Short Presentation (Poster) 2
08P-01March 8 (TUE) 13:30〜14:30

Generation and Characterization of Spiral Hydrogen-Nitrogen Mixed Plasmas forAmmonia Synthesis
Kota Hiraiwa, Noriyasu Ohno, Keigo Tojo, Ryosuke Nishio, Shin Kajita and Hirohiko Tanaka
Nagoya University

08P-02Development and Optimization of Cascaded Arc Plasma Source in TPD-II
1

Yuki Hayashi, 1,2Yukinori Hamaji, 1Suguru Masuzaki, 3Naomichi Ezumi, 4Noriyasu Ohno,

5

Shinichi Namba and 4Makoto Takagi

1National Institute for Fusion Science
SOKENDAI
3
University of Tsukuba
4
Nagoya University
5
Hiroshima University2

08P-03

Multi-Elements Mixture Thin Film Preparation Process by Sputtering Deposition
Using Mixture Powder Target I
1,2Takahiko Satake, 1Tamiko Ohshima, 1Yoshihito Yagyu, 1Takeshi Ihara, 1Hiroharu Kawasaki

and 2Sin-ichi Aoqui
1

National Institute of Technology, Sasebo College
Sojo University2

08P-04Development of Ultra-Highly Oriented Aluminum Nitride Thin Films by Pressure
Gradient Sputtering Method
1

Ken Yonezawa, 1Hiroki Ohta, 1Susumu Yonezawa, 2Tatsuyuki Nakatani, 3Masaharu Shiratani,

3

Kazunori Koga and 4Jun-Seok Oh

1Kenix Corporation
Okayama University of Science
3
Kyushu University
4
Osaka City University2

08P-05

Effect of Substrate Temperature on Morphology of Carbon Nanowalls Grown by
a Radical-Injection Plasma-Enhanced Chemical Vapor Deposition Using C2F6 /H2
Mixture Gas
1

Takumi Hashimoto, 2Hiroki Kondo, 2Kenji Ishikawa, 2Takayoshi Tsutsumi, 2Makoto Sekine,

3

Mineo Hiramatsu and 2Masaru Hori

1

Nagoya University
Center for Low-temperature Plasma Sciences
3
Meijo University2

08P-06

Directional Material Probe for Analyzing of Directionalities in Deposition Layers
Suguru Masuzaki
National Institute for Fusion Science

08P-07

Study on Using Mixed Powder Target for Transparent Conductive Thin Film
Preparation by Sputtering Method
1,2Takahiko Satake, 1Tamiko Ohshima, 1Yoshihito Yagyu, 1Takeshi Ihara, 1Hiroharu Kawasaki

and 2Sin-ichi Aoqui
1

National Institute of Technology, Sasebo College
Sojo University

2

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ISPlasma2022/IC-PLANTS2022 March 6 - 10, 2022 Nagoya, Japan

08P-08Plasma Enhanced Chemical Vapor Deposition of Carbon Nanowalls with Negative DC
Bias Application
Koki Takeuchi, Keigo Takeda and Mineo Hiramatsu
Meijo University

08P-09Initial Growth of Graphene Using Microwave-Excited Non-Equilibrium AtmosphericPressure Remote Plasma Enhanced Chemical Vapor Deposition
Yusuke Sakai, Kajino Akihiro, Keigo Takeda and Mineo Hiramatsu
Meijo University

08P-10Formation of Diamond-Like Carbon Film on Organic Substrate by High Power
Impulse Magnetron Sputtering
1

Takayuki Ohta, 2Akinori Oda and 3Hiroyuki Kousaka

1

Meijo University
Chiba Institute of Technology
3
Gifu University2

08P-11

Effect of Average Power Density on Deposition of Diamond-Like Carbon Using HighPower Impulse Magnetron Sputtering
1

Sota Okumura, 1Jo Matsushima, 2Akinori Oda, 3Hiroyuki Kousaka and 1Takayuki Ohta

1

Meijo University
Chiba Institute of Technology
3
Gifu University2

08P-12

Atmospheric Pressure Plasma Diagnostics Using an Ion Mobility Spectrometer
Keith Nealson Penado and Motoi Wada
Doshisha University

08P-13

Laser-Induced Fluorescence Spectrum Measurement Using Optical Vortex Beams
1

Shinji Yoshimura, 2Kenichiro Terasaka and 3Mitsutoshi Aramaki

1

National Institute for Fusion Science
Kyushu University
3
Nihon University2

08P-14

Radical Measurement of Ar/C4F8 Dual Frequency Capacitively-Coupled Plasma1

Yuto Seki, 1Haruhito Kato, 1Schuichi Kuboi, 1,2Haruka Suzuki and 1,2,3Hirotaka Toyoda

1

Nagoya University
Center for Low-temperature Plasma Sciences
3
National Institute for Fusion Science2

08P-16

Finite Temperature Effect on Kinetic Monte-Carlo Simulation Applied to Tungsten
Surface Diffusion
1,2

Atsushi Ito and 1,2Arimichi Takayama

1

National Institute for Fusion Science
The Graduate University for Advanced Studies (SOKENDAI)

2

08P-17

Molecular Dynamics Simulation of Vacancy Cluster Formation and Hydrogen Isotope
Trapping in Neutron Irradiated Tungsten
1

Miyuki Yajima, 2Seiki Saito, 3Kazuki Takasan, 1,3Hiroaki Nakamura and 1,4Daiji Kato

1

National Institute for Fusion Science
Yamagata University
3
Nagoya University
4
Kyushu University
2

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ISPlasma2022/IC-PLANTS2022 March 6 - 10, 2022 Nagoya, Japan

08P-18Migration Energy Related to Tungsten Surface Diffusion Evaluated by Ab Initio
Calculation
1,2

Arimichi Takayama and 1,2Atsushi Ito

1

National Institute for Fusion Science
The Graduate University for Advanced Studies, SOKENDAI

2

08P-19OES Measurement of Diaphragm Discharge: Investigation into Electron and Gas
Temperature
Taichi Watanabe, Nozomi Takeuchi and Shungo Zen
Tokyo Institite of Technology

08P-20

Visualization of Reactive Oxygen Species Distribution around Argon Plasma Jet with
Chemical Probe
1

Trung Nguyen Tran, 1Min Hu, 1Ryoko Asada, 2Jin Sakamoto And 1Hiroto Matsuura

1

Osaka Prefecture University
Kansai University2

08P-21

Bubbling Phenomenon of Sn-Bi-Li-Er Alloy under H2 Plasma Exposure
1

Kota Tamura, 1,2Haruka Suzuki, 3Junichi Miyazawa, 3Suguru Masuzaki, 3Masayuki Tokitani and

1,2,3

Hirotaka Toyoda

1

Nagoya University
Center for Low-temperature Plasma Sciences, Nagoya University
3
National Institute for Fusion Science2

08P-22Development of a New Bonding Process for a Plastic-to-Metal Joining by Using a
High-Frequency Plasma Jet
1

Giichiro Uchida, 2Kosuke Takenaka and 2Yuichi Setsuhara

1

Meijo University
Osaka University2

08P-23Significant Wear-Resistance Improvement of Polyimide Composite with Small Amountof Plasma-Treated Carbon Nanotubes
Daisuke Ogawa and Keiji Nakamura
Chubu University

08P-24

Tuning Plasma-Knobs to Control Seamless Radical-Induced Biological Reaction
Processes
Masaru Hori, Hiromasa Tanaka and Kenji Ishikawa
Nagoya University

08P-25

Low Temperature Plasma Chemistry of Volatile and Non-Volatile Solutes in Aqueous
Solutions: e.p.r. and Spin Trapping Studies
1,3

Hidefumi Uchiyama, 2Kenji Ishikawa, 2Masaru Hori and 3Takashi Kondo

1

Tateyama Machine Co. Ltd.
Nagoya University
3
University of Toyama
208P-26

Uniformity of the Introduction of Substances into Cells by Plasma at the Micro AirLiquid Interface
Yuki Tsutsui, Motonari Suzuki and Shinya Kumagai
Meijo University

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ISPlasma2022/IC-PLANTS2022 March 6 - 10, 2022 Nagoya, Japan

08P-27

Study on Dielectric Barrier Discharge Plasma Irradiation Conditions for the
Measurement of Active Species Passing through Lipid Bilayers.
Yuto Ando and Shinya Kumagai
Meijo University

08P-28

Biocompatibility of Conformal Coating of SiC on Carbon Nanowall Scaffold
1

Koki Ono, 1Takashi Koide, 2Kenji Ishikawa, 2Hiromasa Tanaka, 2Hiroki Kondo, 2Ayae Sugawara-

Narutaki, 3Yong Jin, 3Shigeo Yasuhara, 2Masaru Hori and 1Wakana Takeuchi
1

Aichi Institute Technology
Nagoya University
3
Japan Advanced Chemicals Ltd.
2

08P-29Improvement of Efficiency of Biodegradation of Polyethylene Terephthalate Using
Neutral-Oxygen-Radical Source
1

Daichi Goto, 1Naoyuki Iwata, 1Kenji Ishikawa, 1Hiroshi Hashizume, 1Hiromasa Tanaka,

2

Masafumi Ito and 1Masaru Hori

1

Nagoya University
Meijo University2

08P-30Effect of Cold Plasma Treatment on the Paramagnetic Species of Seed Coats1

Pankaj Attri, 1Takamasa Okumura, 1,2Kazunori Koga and 1Masaharu Shiratani

1

Kyushu University
Center for Novel Science Initiatives, National Institute of Natural Science, Tokyo, Japan2

08P-31

Growth-Promotion Effect of Oxygen-Radical-Treated Tryptophan Solutions on
Arabidopsis Thaliana
1

Shota Araki, 1Tomomiti Ota, 1Hironaka Tsukagoshi, 2Naoyuki Iwata, 2Masaru Hori and1

Masafumi Ito

1

Meijo University
Nagoya University2

08P-32Analysis of Cells Directly Irradiated with Cold Atmospheric Pressure Plasma
Yuki Ogawa, Motonari Suzuki, Masafumi Ito and Shinya Kumagai
Meijo University

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ISPlasma2022/IC-PLANTS2022 March 6 - 10, 2022 Nagoya, Japan

Short Presentation (Poster) 3
08P-34

March 8 (TUE) 19:00〜20:00

Effect of Atmospheric Pressure Nitrogen Plasma Assistance on Mist CVD of Zinc
Oxide Thin Films
Hiroya Kobayashi, Keigo Takeda and Mineo Hiramatsu
Meijo University

08P-35

Two Photon Laser Induced Fluorescence to Measure Nitrogen Atomic Density in
NAGDIS-T
1

Shin Kajita, 1Ryosuke Nishio, 1Hirohiko Tanaka, 1Keigo Tojo, 1Kota Hiraiwa, 2Ryo Yasuhara,

3

Mitsutoshi Aramaki and 1Noriyasu Ohno

1

Nagoya University
National Institute for Fusion Science3
Nihon University2

08P-36

Optical Wave Microphone Measurement of Pressure Waves Generated during Plasma
Formation
1

Masahiro Kamasaki, 1Khing Zaw Phyo, 2Toshiyuki Kawasaki and 1Fumiaki Mitsugi

1

Kumamoto University
Nishinippon Institute of Technology

2

08P-38

Optical Wave Microphone Measurement of Sound Waves Generated from a Surface
Discharge Driven by a High Voltage Pulse
1

Daichi Suemoto, 2Yoshito Sonoda, 2Toshiyuki Nakamiya and 1Fumiaki Mitsugi

1

Kumamoto University
Shin-Giken Co., Ltd.

2

08P-39Detection of Sound Arrival Direction Using Optical Wave Microphone for Applicationof Plasma Diagnostics
1

Asuka Uto, 1Fumiaki Mitsugi, 2Toshiyuki Nakamiya and 2Yoshito Sonoda

1

Kumamoto University
Shin-Giken Co., Ltd.

2

08P-40Effect of Gouy Phase Shift on Optical Vortex Laser Absorption Spectroscopy
1

Hiroki Minagawa, 2Hirokazu Kobayashi, 3Shinji Yoshimura, 4Kenichiro Terasaka and 1Mitsutoshi

Aramaki1

Nihon University
Kochi University of Technology
3
National Institute for Fusion Science
4
Kyushu University2

08P-41

Study for Densification and Stabilization of Hydrogen-Isotope Plasma in NAGDIS-II
Imaeda Yohei, Sakakibara Takehiro, Natsume Hiroki, Tanaka Hirohiko, Kajita Shin and Ohno
Noriyasu
Nagoya University

08P-42

Thermal Atomic Layer Etching of Cobalt with Plasma Chlorination and Ligand
Volatilization
Yongjae Kim, Hojin Kang, Hyungwoo Lee, Heeju Ha and Heeyeop Chae
Sungkyunkwan University

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ISPlasma2022/IC-PLANTS2022 March 6 - 10, 2022 Nagoya, Japan

08P-43Oxide Etch Process Design for Particle Contamination Reduction in Plasma-Etching
Equipment
Chingming Ku and Stone Cheng
National Chiao Tung University

08P-44

Effect of Air Introduction between Electrodes on Rapid Removal Process of Polymer
Contamination on Floor by Atmospheric Pressure Plasma
1

Yoshihiro Sakamoto, 2Takayoshi Tsutsumi and 2Masaru Hori

1

panasonic co.,Ltd
Nagoya University2

08P-45Prediction of the Relaxation of a Polyethylene Damaged by Substituted Tritium
Based on the Linear Response Theory
1,2

Ryuta Kawanami, 1Susumu Fujiwara, 3,4Hiroaki Nakamura and 5,6Kazumi Omata

1

Kyoto Institute of Technology
Kansai Photon Science Institute3
National Institute for Fusion Science
4
Nagoya University
5
National Center for Global Health and Medicine
6
Kumamoto University2

08P-46

Optical Vortex Propagation Simulation in Corrugated Waveguide1

Yoshihisa Fujita, 2,3Hiroaki Nakamura, 4Hideki Kawaguchi, 5Shin Kubo and 2Yuki Goto

1

Ritsumeikan University
National Institute for Fusion Science
3
Nagoya University
4
Muroran Institute of Technology
5
Chubu University2

08P-47

Long Term Synthesis of Silver Nanoparticles Using a Liquid-Flow Plasma Device
1

Kazuya Yamaguchi, 1,2Haruka Suzuki, 2Kensuke Sasai and 1,2,3Hirotaka Toyoda

1

Department of Electronics, Nagoya University
Center for Low-temperature Plasma Science, Nagoya University
3
National Institute of Fusion Science2

08P-48

Effect of Atmospheric Pressure Plasma on Chitosan-Acrylic Acid Blends
Kathrina Lois Taaca, Mark Jeffry De Leon, Eloise Prieto and Magdaleno Vasquez Jr
University of the Philippines-Diliman

08P-51Synthesis of ϐ-FeSi2 by Molten Salt Method
Ye Li, Yosuke Shimura and Hirokazu Tatsuoka
Shizuoka University

08P-52Controllable Fabrication of Au-Nanoprotrusion Arrays as a Substrate for the CrossSectional Transmission Electron Microscopy Characterization
1

Wei Ming Lin, 1Shinsuke Ozeki, 1Takumi Yoshida, 1Kento Oyama, 2Tatsuya Akiyama, 3Yazid

Yaakob, 1Toru Asaka, 1Noriyuki Sonoyama and 1Masaki Tanemura
1

Nagoya Institute of Technology
F.C.C. Co.Ltd
3
Universiti Putra Malaysia
2

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ISPlasma2022/IC-PLANTS2022 March 6 - 10, 2022 Nagoya, Japan

08P-53

Glucose Oxidase Modification of Nanographene Materials Synthesized by In-Liquid
PlasmaIssei Kuzumi, Keigo Takeda and Mineo Hiramatsu
Meijo University

08P-55The Electrical Characterization and Interfacial Property of α- and ϐ-MoO3 by
Plasma-Enhanced Atomic Layer Deposition on Silicon Substrate
Yi-Hui Juan and Chien-Chieh Lee
National Central University

08P-56

Phonon Transport in Thin Si Layers with Surface Roughness Controlled by
Atmospheric Plasma Treatment
1

Hiroya Ikeda, 1Arashi Yamaguchi, 1Ryota Kasagi, 1Yuto Kato, 2Khotimatul Fauziah, 1Yukinori

Ono and 1Akihisa Ogino
1

Shizuoka University
Agency for the Assessment and Application of Technology

208P-57

Change in Properties of NiO Films by Thermal Annealing
Ryuya Ito, Yuto Ebata, Tomoyuki Suzuki, Shigeru Yamada and Takashi Itoh
Gifu University

08P-60Design of Wideband CMOS Biosensor with Active-Inductor-Based VCO for Detecting
CTCs and Exosomes
Takuya Tsujimura, Guowei Chen, Yuma Hayashi, Sora Kato and Kiichi Niitsu
Nagoya University

08P-61

Preparation of Conductive Silver Electrodes by Microplasma Direct Printing for
Biosensing Applications
Zhe-Ming Hsu and Meng-Jiy Wang
National Taiwan University of Science and Technology

08P-62

Study of the Effect of Plasma-Activated Water Generated by Different Sources on
Ca2+ Signalling in Arabidopsis Thaliana
1

Vanni antoni, 2Enrico Cortese, 3Luca Cappellin, 4Manuele Dabalà, 1Alessandro Fassina, 5Alessia

Famengo, 5Alessandro Galenda, 4Alessio G. Settimi and 2,6Lorella Navazio
1

Consorzio RFX
Department of Biology, University of Padova , Italy
3
Department of Chemical Sciences, University of Padova, Italy
4
Department of Industrial Engineering, University of Padova, Italy
5
CNR Institute of Condensed Matter Chemistry and Technologies for Energy (ICMATE), Padova, Italy
6
Botanical Garden, University of Padova, Italy2

08P-63

Enhanced Bioremediation of 4-Chlorophenol by Oxygen Radical Treatment Based on
Non-Thermal Atmospheric Pressure Plasma
1

Hiroyuki Kato, 1Kiyota Sakai, 1Shou Ito, 2Naoyuki Iwata, 1Masafumi Ito, 2Masaru Hori, 1Motoyuki

Shimizu and 1Masashi Kato
1

Meijo University
Nagoya University2

08P-64

Effect of Atmospheric Pressure Non-Thermal Plasma Treatment on Enhancement ofPlant Growth
Norrawit Tonmitr and Akira Yonesu
University of the Ryukyus

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ISPlasma2022/IC-PLANTS2022 March 6 - 10, 2022 Nagoya, Japan

08P-65

Absorbance and Nutrient Measurement of Filtrate Prepared from Ozonated Soil
1

Yuto Nomaguchi, 2Mai Kai Suan Tial and 1Fumiaki Mitsugi

1

Kumamoto University
Yangon technological University2

08P-66

Improvement of Degradation Rate of Carboxymethyl Cellulose Using Ambient-Air
Glow Discharge
1

Kazuma Okamoto, 2Hu Xin, 1Masahiro Maebayashi, 1Motoyuki Shimizu, 1Masashi Kato and

1Masahumi Ito

1

Meijo University
2
Nagoya University

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ISPlasma2022/IC-PLANTS2022 March 6 - 10, 2022 Nagoya, Japan

Short Presentation (Poster) 4
09P-01March 9 (WED) 19:00〜20:00

The role of Oxygen Vacancy on Thermochromic Transition of W-Doped VO2 Films
Explained by Current-Variable Hall Technique1

Ding-Yeong Wang and 2Pi-Chun Juan

1Feng Chia University
Ming Chi University of Technology

2

09P-02Etching of a Layer from Stacked Graphene in Remote Oxygen Plasma
Liugang Hu, Kenji Ishikawa, Thi-Thuy-Nga Nguyen, Shih-Nan Hsiao, Hiroki Kondo, Makoto
Sekine and Masaru Hori
Nagoya University

09P-03

A Two-Dimensional Molecular Dynamics Simulation Study of Titanium Nitride
Deposition in Micro-Trenches
1,2Catherine Joy Dela Cruz, 2,3Glenson R. Panghulan, 2Kenneth R. Duque and 2Magdaleno R.

Vasquez, Jr.
1

Ateneo de Manila University
University of the Philippines-Diliman
3
University of the Philippines
2

09P-05Fabrication and Evaluation of N-Polar AlGaN/AlN High Electron Mobility Transistor
1

Wataru Matsumura, 1Kazuya Ataka, 1Lu You, 1Shunsuke Matsuda, 1Koki Hanasaku, 1Daisuke

Inahara, 2Yongzhao Yao, 2Yukari Ishikawa, 1Narihito Okada, 1Satoshi Kurai, 1Yoichi Yamada and1

Kazuyuki Tadatomo

1

Yamaguchi University
Japan Fine Ceramics Center2

09P-06

Characterization of Green-Red Emissions from {11-22} Semipolar Multiple Quantum
Wells on Fully Relaxed InGaN Underlayer
Yuya Tawarazako, Naoya Nishi, Nakata Atsuto, Shunsuke Tanigawa, Narihito Okada, Satoshi
Kurai, Yoichi Yamada and Kazuyuki Tadatomo
Yamaguchi University

09P-07Fabrication of Extended Absorption ((CH3NH3)1-xCsx)3Bi2I9 (x=0-1) Hybrid-Perovskite
Solar Cells (HPeSC’s) via Hot Immersion Method
1,2

Mohd Faizal Bin Achoi, 1Shunsuke Aiba, 1Shinya Kato, 1Naoki Kishi and 1Tetsuo Soga

1

Nagoya Institute of Technology
Universiti Teknologi MARA, Cawangan Sabah, Kampus Kota Kinabalu, Sabah 88997, Malaysia

2

09P-11

Formation and Characterization of Titanium Nitride by Using a Torus-Type Device
NAGDIS-T
Keigo Tojo, Noriyasu Ohno, Shin Kajita, Hirohiko Tanaka and Ryosuke Nishio
Nagoya University

09P-12

Suppression of Ga Diffusion by Interfacial Barrier Layer in AlSiO/p-GaN
1

Xiaoyu Tian, 1Wang Liu, 1Akio Ohta, 1Noriyuki Taoka, 1Katsunori Makihara, 2Tetsuo Narita,

2

Kenji Ito, 2Keita Kataoka, 2Shiro Iwasaki, 2Daigo Kikuta, 1Kazuyoshi Tomita and 1Seiichi

Miyazaki
1

Nagoya University
Toyota Central R&D Labs., Inc.

2

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09P-13

Photoemission Study of Mg Doped GaN(0001) Surfaces
Wang Liu, Xiaoyu Tian, Akio Ohta, Noriyuki Taoka, Katsunori Makihara and Seiichi Miyazaki
Nagoya University

09P-14

Photo-Assisted C-V Measurement of p-GaN MOS Diodes
Yuya Tamamura, Takahide Nukariya and Masamichi Akazawa
Hokkaido University

09P-15Growth of Ultra-Thin GaN/AlN Superlattice Structure toward Deep-UV Emission
1

Naoya Mokutani, 1Yuichi Wada, 1Shinichiro Mouri, 2Kanako Shojiki, 2Shiyu Xiao, 2Hideto Miyake

and 1Tsutomu Araki
1

Ritsumeikan University
Mie University2

09P-16

Effect of a Thin AlN Layer Inserted into the GaN Drift Layers on Reverse
Breakdown Behavior for Fully Vertical GaN-on-Si Schottky Barrier Diodes
Akira Mase, Pradip Dalapati, Toshiharu Kubo, Makoto Miyoshi and Takashi Egawa
Nagoya Institute of Technology

09P-19Formation of Carbon Nanotube Yarns by Gas Discharge Breakdown Using MultiElectrode Configuration
Hiro Hayama and Hideki Sato
Mie University

09P-20Measurements of Gas Mixing Ratio by Gas Discharge Breakdown Using Electrodewith Carbon Nanotubes
Kohei Yamamoto and Hideki Sato
Mie University

09P-22

Capping Effect by Surfactant Addition for in Microwave-Assisted Nanoparticle
Synthesis Process
Takahiro Takai, Atsuya Shibatani and Yusuke Asakuma
University of Hyogo

09P-23

Formation Process of Large-Scale Fiberform Nanostructures on a Tungsten Mesh in
Co-Deposition Environment of Helium Plasma and Tungsten
Kenta Hori, Shin Kajita, Rongshi Zhang, Hirohiko Tanaka and Noriyasu Ohno
Nagoya University

09P-25

Carbon Layer Formation on Boron Nitride via a Plasma in Hydroquinone Solution
1,2

Kenichi Inoue, 1,2Noritaka Sakakibara, 1,2Taku Goto, 1,2Tsuyohito Ito, 2Yoshiki Shimizu, 3Kenji

Ishikawa, 3Masaru Hori and 1,2Kazuo Terashima
1

The University of Tokyo
National Institute of Advanced Industrial Science and Technology (AIST)
3
Nagoya University2

09P-26

Measurement of RONS Concentration in Plasma-Irradiated Artificial Seawater
Takumi Yamauchi, Naoyuki Iwata, Kenji Ishikawa, Hiroshi Hashizume, Hiromasa Tanaka,
Shinichi Akiyama and Masaru Hori
Nagoya University

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ISPlasma2022/IC-PLANTS2022 March 6 - 10, 2022 Nagoya, Japan

09P-27

Specific Killing Effects of Plasma Activated Medium toward Human Melanoma
Cancer Cell (A375) and Human Foreskin Fibroblasts (HFF)
Li-Ling Lo and Meng-Jiy Wang
National Taiwan University of Science and Technology

09P-28

Dependence of Depth in Liquid Irradiated with Nitric-Oxide Radicals on Proliferationof Fibroblast Cells
1

Yasumasa mori, 1Taiga Nishida, 1Rikako Kumagai, 2Naoyuki Iwata, 1Tomiyasu Murata, 2Masaru

Hori and 1Masafumi Ito
1

Meijo University
Nagoya University2

09P-29Spatio-Temporal Distribution Measurement of Active Species in Plasma-Activated
Solution
Hiromi Yamamoto and Masafumi Ito
Meijo University

09P-34

Design of 33GHz CMOS Transmitter with Gate-Leakage Oscillator Based
Temperature Sensor for Non-Invasive Continuous Blood Glucose Monitoring
Takuya Tsujimura, Guowei Chen, Yuma Hayashi, Sora Kato and Kiichi Niitsu
Nagoya University

09P-35

Analysis of Hydrogen Recycling Process on Carbon Material by Molecular Dynamics
Simulation and Attempt at development of its Deep Learning Model
1

Seiki Saito, 2,3Hiroaki Nakamura, 3Kazuki Takasan, 4Keiji Sawada, 2Masahiro Kobayashi,

5Masahiro Hasuo and 6Takeshi Ido

1

Yamagata University
National Institute for Fusion Science
3
Nagoya University
4
Shinshu University
5
Kyoto University
6
Kyushu University
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