ISBN 978-4-900986-19-0

XXXIV ICPIG &ICRP-10XXXIV International Conference on
Phenomena in Ionized Gases (XXXIV ICPIG)
10th International Conference on
Reactive Plasmas (ICRP-10)

37th Symposium on Plasma Processing (SPP37) 32nd Symposium on Plasma Science for Materials (SPSM32)

July 14th Sun.

19 th Fri., 2019

Sapporo Education and Culture Hall,

Sapporo, Hokkaido, Japan

XXXIV ICPIG &ICRP-10XXXIV International Conference on
Phenomena in Ionized Gases (XXXIV ICPIG)
10th International Conference on
Reactive Plasmas (ICRP-10)

37th Symposium on Plasma Processing (SPP37) 32nd Symposium on Plasma Science for Materials (SPSM32)

July 14th Sun.

19 th Fri., 2019

Sapporo Education and Culture Hall,

Sapporo, Hokkaido, JapanICPIG & ICRP-10 Program
Sunday July 14

Monday July 15
A: Hall-L(1100 seats)

8:30

8:30

09:00

09:00

09:15

09:15

09:30

09:30

09:45

09:45

10:00

10:00 ICRP Reactive PlasmaAward Ceremony & Lecture
10:15 by Prof. Alexander Fridman
Chair: Prof. Masaharu
10:30 Shiratani

B: Hall-S(360 seats)

C: Hall-K(156 seats)

D: Room 403(84 seats)

E: Room 301,
302, 305

Registration 8:30-19:00

10:15
10:30
10:45

10:45

11:00

11:00

11:15

11:15

Opening Ceremony

Coffee Break

Chair: Prof. Nikolay Britun
11:30 Topical Invited lecture
TL-01
by Prof. Marcel Fiebrandt
11:45
Topical Invited lecture
TL-05
12:00 by Prof. Grzegorz
Greczynski
12:15
OR15AM-A01
Takayuki Ohta
12:30
OR15AM-A02
Nicolas Mauchamp
12:45

11:30
11:45
12:00
12:15
12:30
12:45
13:00

Chair: Dr. Edward Barnat
Topical Invited lecture
TL-02
by Dr. Benjamin Goldberg
Topical Invited lecture
TL-06
by Prof. Gabi-Daniel Stancu

Chair: Prof. Osamu Sakai
Topical Invited lecture
TL-03
by Prof. Mario Janda
Topical Invited lecture
TL-07
by Prof. Vasco Guerra

Chair: Dr. Zoltan Donko
Topical Invited lecture
TL-04
by Dr. Mi-Young Song
Topical Invited lecture
TL-08
by Dr. Bangdou Huang

OR15AM-B01
Bart Platier
OR15AM-B02
Felix Georg

OR15AM-C01
Gerard J van Rooij
OR15AM-C02
Masahiro Yamazaki

OR15AM-D01
Aranka Derzsi
OR15AM-D02
Maria Tudorovskaya

13:00
Registration 13:00-19:00
13:15

13:15
13:30

13:30

13:45

13:45

14:00

14:00

14:15

14:15

14:30

14:30

14:45

14:45

Satellite
Workshops 1-4

15:00

15:00

15:15

15:15

15:30

15:30

15:45

15:45

16:00

16:00

16:15

16:15

16:30

16:30

Lunch

Poster session 1
PO15PM

Break

17:15

Chair: Dr. Shota Nunomura
16:45 Topical Invited lecture
TL-09
by Prof. Kazunori Koga
17:00
Topical Invited lecture
17:15 TL-13
by Prof. Lenka Zajickova

17:30

17:30

17:45

17:45

18:00

18:00

18:15

18:15

18:30

18:30

18:45

18:45

19:00

19:00

19:15

19:15

19:30

19:30

19:45

19:45

16:45
17:00

20:00

Welcome reception

OR15PM-A01
Satoru Shiina
OR15PM-A02
Kunihiro Kamataki
Chair: Prof. Francoise
Massines
Topical Invited lecture TL-17
by Prof. Tsuyohito Ito
OR15PM-A03
Lutfi Oksuz
OR15PM-A04
Po-Hsien Chiu
OR15PM-A05
Hiroki Kondo
OR15PM-A06
Andrey G Ushakov

Chair: Prof. Nader Sadeghi
Topical Invited lecture TL-10
by Prof. Laurence Cherigier
Kovacic
Topical Invited lecture
TL-14
by Prof. Hiroshi Akatsuka

Chair: Prof. Svetlana
Starikovskaia
Topical Invited lecture TL-11
by Prof. Sergey Leonov
Topical Invited lecture
TL-15
by Prof. James Dedrick

Chair: Prof. Tetsu Mieno
Topical Invited lecture
TL-12
by Prof. Katsuyoshi Tsumori
Topical Invited lecture
TL-16
by Prof. Yuan-Hong Song

OR15PM-B01
Ji-Won Kwon
OR15PM-B02
Yoshinobu Matsuda
Chair: Prof. Ryo Ono
Topical Invited lecture
TL-18
by Mr. Viktor Schneider
OR15PM-B03
Masaharu Shiratani
OR15PM-B04
Mathis Klette
OR15PM-B05
Stephan Reuter
OR15PM-B06
Frederick N Skiff

OR15PM-C01
Toshiyuki Kawasaki
OR15PM-C02
She Chen
Chair: Prof.Yasunori Tanaka
Topical Invited lecture
TL-19
by Prof. Dirk Uhrlandt
OR15PM-C03
Yusuke Kikuchi
OR15PM-C04
Naoto Kodama
OR15PM-C05
Wenjing Chen
OR15PM-C06
Manabu Tanaka

OR15PM-D01
Surabhi Jaiswal
OR15PM-D02
Mikhail Pustylnik
Chair: Prof. Yuan-Hong Song
Topical Invited lecture
TL-20
by Prof. Alexander Fedoseev
OR15PM-D03
Atsushi Ozaki
OR15PM-D04
Abdulrahman H. Basher
OR15PM-D05
Tetsu Mieno
OR15PM-D06
Efe H Kemaneci

20:00

20:15

20:15

20:30

20:30

20:45

20:45

21:00

21:00

― 2 ―

Tuesday July 16
8:30

A: Hall-L(1100 seats)

B: Hall-S(360 seats)

C: Hall-K(156 seats)

D: Room 403(84 seats)

Wednesday July 17
E: Room 301,
302, 305

8:30

A: Hall-L(1100 seats)

B: Hall-S(360 seats)

C: Hall-K(156 seats)

Registration 8:30-19:00
09:00
09:15

Registration 8:30-13:00
09:00

General Invited
Lecture GL-02
09:15 by Prof. Luis
Alves
09:30
Chair: Prof. Ute
Ebert
09:45

General Invited
Lecture GL-01
by Prof. Stefan
Matejcik

09:30 Chair: Prof.
09:45
10:00
10:15
10:30

Izumi Murakami

11:00

General Invited
Lecture GL-03

IUPAP Young
Scientist Award for
the Commission
on Plasma Physics:
Ceremony & Awardee
Presentation by Dr.
Istvan Cziegler

10:00 by Prof. Francoise
Massines

10:15 Chair: Prof.

Chair: Prof. M.Q.Tran

10:30
Coffee Break

10:45

Chair: Dr. Keisuke
Takashima

Chair: Prof. Ronny
Brandenburg

Chair: Prof. Mario
Janda

Topical Invited lecture
TL-21
by Prof. Miran
Mozetic

Topical Invited lecture
TL-22
by Dr. Nikola Skoro

Topical Invited lecture
TL-23
by Prof. Sander
NijdamTopical Invited lecture
TL-24
by Prof. Tomoyuki
Murakami

Topical Invitedlecture TL-25
11:45 by Dr. Edward
Barnat
12:00
OR16AM-A01
Nader Sadeghi
12:15
OR16AM-A02
Emile Carbone
12:30

Topical Invitedlecture TL-26
by Prof. Vida
Mildaziene

Topical Invitedlecture TL-27
by Prof. Anne
BourdonTopical Invitedlecture TL-28
by Prof. J.S.Wu

OR16AM-B01
Yue HuOR16AM-B02
Ahmad Shahir bin Ahmad Nor

OR16AM-C01
Luka Hansen
OR16AM-C02
Yuliia Onyshchenko

OR16AM-D01
Matthew S. Bieniek
OR16AM-D02
Shota Abe

11:30

Alexander
FridmanCoffee Break

10:45

Chair: Dr. Milan
Šimek

11:15

11:00

Chair: Prof. Kazunori
Koga

Chair Prof. Giichiro
UchidaChair: Prof. Miran
Mozetic

Topical Invited lecture
TL-33
by Prof. Osamu Sakai

Topical Invited lecture
TL-34
by Prof. Jun-Seok Oh

Topical Invited lecture
TL-35
by Dr. Kinga Kutasi

OR17AM-A01
Ahmad Nazri Dagang
OR17AM-A02
Wei-Hung Chiang
12:00
OR17AM-A03
Eugen Stamate
12:15
OR17AM-A04
Shota Nunomura
12:30

OR17AM-B01
Tae Hun Chung
OR17AM-B02
Ryusei Sakai
OR17AM-B03
Keisuke Takashima
OR17AM-B04
Thomas Danny Michl

OR17AM-C01
Jon Tomas Gudmundsson
OR17AM-C02
Uwe Reinhard Czarnetzki
OR17AM-C03
Anshu Verma
OR17AM-C04
Haruhisa Nakano

11:15
11:30
11:45

12:45

12:45

13:00

13:00
Lunch

13:15

13:15

13:30

13:30

13:45

13:45

14:00

14:00

14:15

14:15

14:30

14:30

14:45

Lunch

14:45
Poster session 2
PO16PM

15:00

15:00

15:15

15:15

15:30

15:30

15:45

15:45

16:00

16:00
Break

16:15

Chair: Dr. Hiroki Kondo

Chair Dr. Nikola Skoro

Topical Invited lecture
TL-29
by Prof. Nikolay
BritunTopical Invited lecture
TL-30
by Prof. Katharina
Stapelmann

OR16PM-A01
Christian Lorenz S. Mahinay
17:00
OR16PM-A02
Erik V Johnson
17:15
OR16PM-A03
Remi Dussart
17:30
OR16PM-A04
Erin Joy Capdos Tinacba
17:45

OR16PM-B01
Naoyuki Iwata
OR16PM-B02
Daye Sun
OR16PM-B03
Antoine Rousseau
OR16PM-B04
Shogo Matsumura

16:30
16:45

18:00
18:15
18:30
18:45

Chair: Prof. John
FosterChair: Dr. Peter
Ventzek

Topical Invited lecture
TL-31
by Prof. David Go

Topical Invited lecture
TL-32
by Dr. Zoltan Donko

OR16PM-C01
Naoki Shirai
OR16PM-C02
Eric Robert
OR16PM-C03
Wencheng Luo
OR16PM-C04
Cathy Rond

OR16PM-D01
Luca Vialetto
OR16PM-D02
Pedro Viegas
OR16PM-D03
Tiberiu Minea
OR16PM-D04
Lijun Wang

Coffee Break
Arranged session 2

Arranged session 1

Chair: Dr. Kazuaki
Kurihara

Chair: Prof. Ute Ebert

Invited Talk (AS2-I1)
by Dr. Keizo Kinoshita

Invited Talk
19:00 (AS2-I2)
by Prof. Satoshi
Hamaguchi
19:15
Invited Talk
19:30 (AS2-I3)
by Dr. Takeshi
Ohmori
19:45
Invited Talk
(AS2-I4)
20:00 by Dr. Mingmei
Wang
20:15

D: Room 403(84 seats)

Invited Talk (AS1-I1)
by Prof. Pierre
Tardiveau

Invited Talk
(AS1-I2)
by Prof. Victor
Tarasenko
Invited Talk
(AS1-I3)
by Prof. Jannis
Teunissen
Invited Talk
(AS1-I4)
by Dr. Milan
Simek

16:15
16:30
Excursion
16:45
17:00
17:15
17:30
17:45
18:00
18:15
18:30
18:45
19:00
19:15
19:30
19:45
20:00
20:15

20:30

20:30

20:45

20:45

21:00

21:00

― 3 ―

Chair: Prof. David Go
Topical Invited lecture
TL-36
by Prof. John Foster

OR17AM-D01
Takuma Kaneko
OR17AM-D02
Arlette Vega Gonzalez
OR17AM-D03
Vladimir I. Kolobov
OR17AM-D04
Katsuyuki Takahashi

E: Room 301,
302, 305

Thursday July 18
8:30

A: Hall-L(1100 seats)

B: Hall-S(360 seats)

C: Hall-K(156 seats)

D: Room 403(84 seats)

Friday July 19
E: Room 301,
302, 305

8:30

A: Hall-L(1100 seats)

B: Hall-S(360 seats)

Chair: Prof. Toshiyuki
Kawasaki

Chair: Prof. Hiroshi
Akatsuka

Chair: Prof. Sander
NijdamChair: Dr. Kinga
KutasiTopical Invited lecture
TL-45
by Dr. Giorgio Senesi

Topical Invited lecture
TL-46
by Prof. Igal Kronhaus

Topical Invited lecture
TL-47
by Prof. Nickolay
Aleksandrov

Topical Invitedlecture TL-48
by Prof. Eduard Son

OR19AM-A01
Savita K P Veerapandian
OR19AM-A02
Seigo Kameshima

OR19AM-B01
Erik Wagenaars
OR19AM-B02
Yae Kuo

OR19AM-C01
Yuki Kunishima
OR19AM-C02
K. Korytchenko

OR19AM-D01
Yasuaki Haba
OR19AM-D02
Dan G. Dimitriu

Registration 8:30-18:00

C: Hall-K(156 seats)

Registration 8:30-11:00

09:00

09:00

General Invited
Lecture GL-04
09:15 by Prof. Jan
Benedikt
09:30
Chair: Prof.
Jun-Seok Oh
09:45
General Invited
Lecture GL-05
10:00 by Prof. Richardvan de Sanden
10:15
Chair: Prof.
Tomohiro Nozaki
10:30

09:15
09:30
09:45
10:00

Break
10:15

11:00

General Invited
Lecture GL-06
10:30 by Dr.Hisataka
Hayashi
10:45
Chair: Dr.
Tetsuya Tatsumi
11:00 ICPIG2019/ICRP2019

11:15

11:15

Break
10:45

Oral/Poster & ICRP
Paper Awards Ceremony

12:15

ICPIG von Engel
11:30 & Franklin Prize
Ceremony &Lecture11:45 by Prof. Mark J.
Kushner
12:00 Chair: Prof.
Holger Kersten
12:15

12:30

12:30

12:45

12:45

11:30
Poster session 3
PO18AM

11:45
12:00

Closure

13:00
13:15
13:30

Lunch

13:45
14:00
14:15
14:30
14:45
15:00
Poster session 4
PO18PM

15:15
15:30

Saturday July 20

15:45
16:00

Satellite Workshop 5 will be held on
Saturday at the Campus of Hokkaido
University.

16:15
Break
16:30
16:45
17:00

Chair: Prof. Hirotaka
ToyodaTopical Invited lecture
TL-37
by Prof. Olivier Guaitella

Topical InvitedTL-41
17:15 lecture
by Prof. Emilie
Despiau-Pujo
17:30
OR18PM-A01
Gilles CARTRY
17:45
OR18PM-A02
James Timothy Ellis
18:00
OR18PM-A03
Dogyun Hwangbo
18:15

Chair Prof. Igal Kronhaus

Chair: Prof. Anne
Bourdon

Chair: Dr. Natalia
Babaeva

Topical Invited lecture
TL-39
by Prof. Svetlana
Starikovskaia

Topical Invited lecture
TL-40
by Prof. Maria Luis
CastelaTopical Invitedlecture TL-42
by Prof. Sung Ha
HongTopical Invitedlecture TL-43
by Prof. Ronny
Brandenburg

Topical Invitedlecture TL-44
by Prof. Zdenek
Bonaventura

OR18PM-B01
Jaroslav Kristof
OR18PM-B02
Hiromasa Tanaka
OR18PM-B03
Ying Zheng

OR18PM-C01
Andrew S Fierro
OR18PM-C02
Wei Yang
OR18PM-C03
Hyun-Ha Kim

OR18PM-D01
Shahiar Mirpour
OR18PM-D02
Victor P. Pasko
OR18PM-D03
Ciprian Dumitrache

Topical Invited lecture
TL-38
by Prof. Giichiro Uchida

18:30
Transfer to Conference Dinner
18:45
19:00
19:15
19:30
19:45
20:00

E: Room 301,
302, 305

Conference Dinner

20:15
20:30
20:45
21:00

― 4 ―

Contents

Contents

 5

Foreword 6

Committees

 7Venue Layout

 8

Map & Access 9

Cooperative Societies,
Financial supporters,
Sponsor for student prizes,
 10Exhibitors, Advertisers
Program 11Satellite Workshops

 67

Author Index

 78

― 5 ―

Foreword
The Joint Conference of XXXIV International Conference on Phenomena in Ionized Gases (XXXIV ICPIG)
and the 10th International Conference on Reactive Plasmas (ICRP-10) will be held in Sapporo, Japan, July
14–19, 2019. Since 1953, ICPIG has been a renowned biennial international conference covering nearly all
fields in plasma science, from fundamentals to applications. The last five ICPIG editions were held in Cancun(Mexico, 2009), Belfast (UK, 2011), Granada (Spain, 2013), Iasi (Romania, 2015), and Estoril (Portugal,
2017). The XXXIV edition of ICPIG will be a joint conference with ICRP, organized with the scope covering
the fundamentals and applications of reactive plasmas. The joint conference will be a precious opportunity
to cover both modelling and experimental, from the fundamentals of plasma elementary processes, basic
data and diagnostic of discharge physics to applications by plasma treatment of surfaces and particles,
high pressure and thermal plasma processing, radiation sources, plasma medicine, atmospheric and stellar
plasmas, environmental protection and pollution control, plasma aerodynamics, and non-thermal plasmas infusion devices.
The XXXIV ICPIG & ICRP-10 conference is attended more than 500 scientists from 28 countries. 9 general &plenary lectures, 48 invited talks, and 92 oral talks are presented. The 377 contributed papers are presented
in 4 poster sessions. Beside this, five satellite workshops are held on July 14 and 20. The abstracts of alloral and poster contributions are published in the proceedings of the conference. Some of the papers will
be published in the special issue of Plasma Sources Science and Technology (PSST) or the special issue ofJapanese Journal of Applied Physics (JJAP), both published by IOP Publishing.
We would like to thank the committee members of XXXIV ICPIG & ICRP-10, especially the members of the
Local Organizing Committee for their indispensable contributions for the success of this conference. Thanks
are also due to the sponsors of the conference, particularly IUPAP and JSAP.

Prof. Holger Kersten
XXXIV ICPIG ISC Chair
Prof. Masaharu Shiratani
Prof. Fumiyoshi Tochikubo
ICRP-10 Organizing ChairsProf. Koichi Sasaki
XXXIV ICPIG & ICRP-10 LOC Chair― 6 ―Committees
ICPIG International ScientificCommittee

Noriyasu Ohno

Nagoya University, Japan

Yi-Kang Pu

Tsinghua University, China

Holger Kersten,
Kiel University, Germany
President of ISC (chair)

Antoine Rousseau

Ecole Polytechnique, France

Osamu Sakai

Shiga Prefecture University,
Japan

Koichi Sasaki

Hokkaido University, Japan

Eugen Stamate

Technical University ofDenmark, Denmark

Yasunori Tanaka

Kanazawa University, Japan

Ron White

James Cook University,
Australia

Jong-Shinn Wu

National Chiao Tung University,
TaiwanIgor Adamovich

Ohio State University, USA

Christine Charles

Australian National University,
Australia

Natalia Babaeva

Joint Institute for High
Temperatures, Russia

Ute Ebert

Centre for Mathematics
and Computer Science, The
Netherlands

Miles Turner

Dublin City University, Ireland

Olga de Pascale

National Research Council,
Institute of Nanotechnology,
PLasMI Lab, Italy

Zdenko Machala

XXXIV ICPIG & ICRP-10 Local
Organizing Committee

Comenius University, Bratislava,
Slovakia

Koichi Sasaki, Chair

Hokkaido University, Japan

Masaharu Shiratani

Kyushu University, Japan

Tsuyohito Ito

The University of Tokyo, Japan

Gilles Cartry

Aix-Marseille University, France

Toshiaki Kato

Tohoku University, Japan

Marija Radmilovic
Radjenovic

University of Belgrade, Serbia

Hiroki Kondo

Nagoya University, JapanJon Tomas
Gudmundsson

University of Iceland, Iceland

Shusuke Nishiyama

Hokkaido University, Japan

Ryo OnoThe University of Tokyo, Japan

Francisco J. Gordillo
Vázquez

Consejo Superior deInvestigaciones Científicas,
Granada, Spain

Kohki Satoh

Muroran Institute ofTechnology, Japan

Toshihiro Shimada

Hokkaido University, Japan

Naoki Shirai

Hokkaido University, Japan

Hirotake Sugawara

Hokkaido University, Japan

Giichiro Uchida

Meijo University, Japan

Tlekkabul Ramazanov

Al Farabi Kazakh National
University, Almaty, Kazakhstan

ICRP-10 International Organizing
Committee
Masaharu Shiratani,
Chair

Kyushu University, Japan

Fumiyoshi Tochikubo,
Co-ChairTokyo Metropolitan University,
Japan

Igor Adamovich

Ohio State University, USA

Costel Biloiu

Applied Materials, Inc., USA

Eun Ha Choi

Kwangwoon University, Korea

Uwe Czarnetzki

Ruhr-University Bochum,
Germany

Timo Gans

University of York, UK

Mineo Hiramatsu

Meijo University, Japan

Keizo Kinoshita

AIO Core Co., Ltd., Japan

Izumi Murakami

National Institute for Fusion
Science, Japan― 7 ―Venue Layout
1F
女子便所

男子便所

女子便所

男子便所

大ホール

A: Hall-L

多目的
トイレ

女子便所

男子便所

女子便所

多目的
トイレ

防災
センター

男子便所

エレベーター

女子便所

総合
案内所

小ホール
男子便所

B: Hall-S
女子便所

3F

洗面所
男 子
多目的
トイレ

男子便所

洗面所
女 子

エレベーター

研修室305

研修室301

研修室302

E:
Room
301

E:
Room
302

研修室303

E:
Room
305

研修室304

4F
洗面所
女 子

洗面所
男 子
エレベーター

研修室402

研修室403
講 堂

研修室401

C: Hall-K

― 8 ―

D:
Room 403

Map & Access
Sapporo Education and Culture Hall
Address: Kita 1-jo Nishi 13-chome, Chuo-ku, Sapporo, Sapporo,Hokkaido 060-0001, Japan
Phone: 81-11-271-5821

Botanic Garden,
Hokkaido Univ.

in
Toho L

Nanbo

452

e

ku Line

pporo
JR Sa
n
Statio18

326

Sapporo Education
and Culture Hall
124

ark

Odori Pine

Tozai L

Odori
StationNishi Juitchome
StationFrom New Chitose Airport to Sapporo City
By railway (JR)JR is the fastest means of transportation to Sapporo City. The Rapid Airport to Sapporo runs approximately
every 15 minutes (except early morning and late night) from after 8:00 to after 22:00, and takes passengers
from the airport to Sapporo Station the quickest in just 37 minutes. If traveling prior to 8:00, you can take alocal train bound for Sapporo. JR Hokkaido New Chitose Airport Station is directly connected with the firstfloor basement of the airport terminal building.
Time required: Approximately 40 minutes
One-way charges: ¥1,070
Reserved seat +¥520 * Half price for children* In
addition to tickets purchased at ticket vending machines, you can also use smart cards such as “Kitaca,”* “Suica,”and “PASMO.”

By bus (Airport Bus)
Hokkaido Chuo Bus and Hokuto Kotsu Bus operate services from the airport to Sapporo City departing every
10-15 minutes.
The bus takes approximately 70 minutes to arrive in central Sapporo.
There are bus terminals at two locations on the first floor of the domestic terminal and at one location on thefirst floor of the international terminal.
Tickets can be purchased at the bus counter or from ticket vending machines and used for buses from bothcompanies.
There are also special deals such as round trip tickets and coupon tickets.
Time required: Approximately 70 minutes
One-way charges: ¥1,100
addition to tickets purchased at ticket vending machines, you can also use smart cards such as “Kitaca,”* In“Suica,” and “PASMO.”― 9 ―Cooperative Societies
Organized byInternational Scientific Committee of ICPIGInternational Organizing Committee of ICRP
Co-sponsored by
Japan Society of Applied Physics
Division of Plasma Electronics, Japan Society of Applied Physics
Faculty of Engineering, Hokkaido University
In conjunction with
Plasma Science for Materials, Japan Society for the Promotion of Science 153 Committee

Financial supporters
Premier: International Union of Pure and Applied Physics
Gold: Hitachi High-Technologies Corporation
Gold: Tokyo Electron Limited

Sponsor for student prizes
The European Physical Journal D / Springer

Exhibitors
Innovation Science Co., Ltd.
IOP Publishing
IRC, Inc
Kashiyama Industries, Ltd.
Kenix Corporation
SPP Technologies Co., Ltd.

Advertisers
AMPLITUDE JAPAN G.K.
JEOL Ltd.
KEISOKU ENGINEERING SYSTEM CO., LTD.
SPP Technologies Co., Ltd.
SystemBrain Co., Ltd.

― 10 ―XXXIV International Conference on Phenomena in Ionized Gases(XXXIV ICPIG) /10th International Conference on Reactive Plasmas (ICRP-10)
ProgramMonday, July 15, 2019
Registration (8:30–19:00)

     A: Hall-L     Opening Ceremony (09:15–09:45)
ICRP Reactive Plasma Award Lecture (9:45–10:45)

Chair: Prof. Masaharu Shiratani

Modern Atmospheric Pressure Non-Thermal Reactive Plasmas: from Gliding Arcs to DBD and Jets
Alexander Fridman(Drexel University)

Topical Invited Lecture (11:15–12:15)
[TL-01]Chair: Prof. Nikolay Britun

Plasma Diagnostics for Process Plasmas
Marcel Fiebrandt1, Stefan Ries1, Nikita Bibinov1, Marcel Rudolph1, Julian Schulze1,2, Stanislav Mráz3,
Jochen M. Schneider3, Peter Awakowicz1(1Ruhr University Bochum, 2West Virginia University, 3RWTH Aachen University)[TL-05]Time evolution of ion fluxes incident at the substrate plane during reactive high-power impulse
magnetron sputtering: from gas-ion to metal-ion-controlled film growth
Grzegorz Greczynski(Linköping University)

Oral Session (12:15–12:45)
[OR15AM-A01] Gas phase diagnostics of a carbon HiPIMS for a deposition of diamond-like carbon film
Takayuki Ohta1, Kazunori Iga1, Akinori Oda2, Hiroyuki Kousaka3(1Meijo University, 2Chiba institute of Technology, 3Gifu University)[OR15AM-A02] Sputtering of surfaces made of Lennard-Jones atoms: A Molecular Dynamics study
Nicolas Mauchamp, Michiro Isobe, Satoshi Hamaguchi(Osaka University)― 11 ―

Topical Invited Lecture (16:30–17:30)
[TL-09]Chair: Dr. Shota Nunomura

Growth Mechanism of Carbon Nanoparticles In Multi-Hollow Discharge Plasma Chemical
Vapor Deposition
Kazunori Koga1,2, Sung Hwa Hwang1, Kunihiro Kamataki1, Naho Itagaki1, Masaharu Shiratani1(1Kyushu University, 2NINS)[TL-13]Low pressure cyclopropylamine plasma polymerization studied by plasma diagnostics andmolecular dynamic simulations
L. Zajíčková1,2, M. Michlíček1,2, S. Hamaguchi3(1RG Plasma Technologies, Central European Institute of Technology, Masaryk University, 2Departmentof Phys. Electronics, Faculty of Science, Masaryk University, 3CAMT, Graduate School of Engineering,Osaka University)

Oral Session (17:30–18:00)
[OR15PM-A01] Plasma CVD synthesis of (6,4) single-walled carbon nanotubes and its growth mechanism
Satoru Shiina1, Takuya Shima1, Bin Xu1, Toshiro Kaneko1, Toshiaki Kato1,2(1Graduate School of Engineering, Tohoku University, 2JST-PRESTO)[OR15PM-A02] Study on Relationship between Growth of Nanoparticles and Plasma Fluctuation due to
Amplitude Modulated Discharge Voltage in Capacitively Coupled Reactive Plasma
Kunihiro Kamataki, Ren Zhou, H. Ohtomo, R. Iwamoto, D. Yamashita, N. Itagaki, K. Koga, M. Shiratani(Kyushu Univiersity)

Topical Invited Lecture (18:00–18:30)
[TL-17]Chair: Prof. Francoise Massines

Plasma-assisted inkjet printing
Tsuyohito Ito, Kaishu Nitta, Masanao Tsumaki, Tomoya Kawano, Kazuo Terashima(The University of Tokyo)

Oral Session (18:30–19:30)
[OR15PM-A03] Acoustic, Catalytic and Magnetic Nano/Micromotors
Lutfi Oksuz, Gozde Yurdabak Karaca, Gamze Celik Cogal, Emre Uygun, Aysegul Uygun Oksuz(Suleyman Demirel University)[OR15PM-A04] Wettability of Plastics after Surface Modification Using Sanding and/or Atmospheric-Pressure
Plasma Jet
Po-Hsien Chiu, Ching-Jung Wu, Chih-Tung Liu, Chun-Ping Hsiao, Mu-Chien Wu, Jong-Shinn Wu(National Chiao Tung University)[OR15PM-A05] Effects of fluorine introduction and termination of CNWs on their electrochemical reactions
Hiroki Kondo1, Masakazu Tomatsu1, Takayoshi Tsutsumi1, Kenji Ishikawa1, Makoto Sekine1,
Masaru Hori1, Mineo Hiramatsu2(1Nagoya University, 2Meijo University)[OR15PM-A06] Towards a compact low-ion-energy low-pressure plasma source for clean vacuum
environments
Andrey G. Ushakov1, Jacqueline van Veldhoven1, Aneta S. Stodólna1, Niels Geerits2, Arnold Storm1,
Jeroen van den Brink1, Michael Dekker1(1TNO, 2Delft Technical University)― 12 ―

     B: Hall-S     Topical Invited Lecture (11:15–12:15)
[TL-02]Chair: Dr. Edward Barnat

Electric Field Induced Second Harmonic Generation Using Ultrafast Lasers for Measurements
in Pulsed Nanosecond Plasmas
Benjamin Michael Goldberg(Sandia National Lab)

[TL-06]Development of advanced spectroscopic diagnostics for reactive plasmas at atmosphericpressure
Gabi-Daniel Stancu(Laboratoire EM2C, CNRS, UPR 288, CentraleSupélec, Université Paris Saclay)

Oral Session (12:15–12:45)
[OR15AM-B01] Plasma decay between successive discharges of pulsed plasma jet investigated by microwave
cavity resonance spectroscopy
Bart Platier1, Marc van der Schans1, Peter Koelman1, Ferdi van de Wetering1, Jan van Dijk1, Job Beckers1,
Sander Nijdam1, Wilbert IJzerman2,3(1Department of Applied Physics, Eindhoven University of Technology, 2Department of Mathematics andComputer Science, Eindhoven University of Technology, 3Signify)[OR15AM-B02] Determination of ion energy distribution and energy flux in ion source and rf plasma
environments
Felix Georg, Thomas Trottenberg, Holger Kersten(Institiute of Experimental and Applied Physics, Kiel University)

Topical Invited Lecture (16:30–17:30)
[TL-10]Chair: Prof. Nader Sadeghi

Static and RF electric field direct measurement based on Lyman-a emission from a hydrogenprobe beam
Laurence Chérigier-Kovacic(Aix-Marseille University)[TL-14]

Optical emission spectroscopic analysis for diagnostics of electron density and temperature in
non-equilibrium plasmas
Hiroshi Akatsuka(Tokyo Institute of Technology)

Oral Session (17:30–18:00)
[OR15PM-B01] Effect of High Energy Electron on Line Intensity Ratio in Bi-Maxwellian Argon Plasmas
Ji-Won Kwon1, Myeong-Geon Lee1, Sangwon Ryu1, Yunchang Jang1, Hyun-Kyung Chung2,
Mi-Young Song3, Gon-Ho Kim1
(1Department of Energy Systems Engineering, Seoul National University, 2Innovation Strategy Division,
National Fusion Research Institute, 3Plasma Technology Research Center, National Fusion ResearchInstitute)[OR15PM-B02] Measurement of energy distribution function of negative ions incident on substrate by using
retarding field energy analyzer attached with magnetic filter
Yoshinobu Matsuda, Masaki Ishiba, Shu Yasumoto, Atsushi Kina, Tomohiro Furusato,― 13 ―

Takahiko Yamashita(Nagasaki University)

Topical Invited Lecture (18:00–18:30)
[TL-18]Chair: Prof. Ryo Ono

An optical trapping system for plasma diagnostics
Viktor Schneider, Holger Kersten(Institute of Experimental and Applied Physics, Kiel University)

Oral Session (18:30–19:30)
[OR15PM-B03] Position fluctuation of a fine particle trapped optically in Ar plasma
Masaharu Shiratani, K. Tomita, H. Ohtomo, R. Iwamoto, D. Yamashita, K. Kamataki, N. Itagaki, K. Koga
(Kyushu University)[OR15PM-B04] A force probe as a tool to characterize directionally resolved momentum fluxes during sputter
processes
Mathis Klette, Thomas Trottenberg, Manuel Maas, Holger Kersten(Institute of Experimental and Applied Physics, Kiel University)[OR15PM-B05] Flow Diagnostics in Non-thermal Atmospheric Pressure Plasma Jets
Stephan Reuter1,2, Yibin Zhang1,3, Arthur Dogariu1, Ansgar Schmidt-Bleker2, Sylvain Iséni2,4,Klaus-Dieter Weltmann2, Richard B. Miles1,5(1MAE Department, Princeton University, 2INP Greifswald, 3Sandia National Laboratory, 4GREMI UMR7344 Univ. Orleans / CNRS, 5Department of Aerospace Engineering, Texas A&M University)[OR15PM-B06] An electron plasma wave transmission diagnostic
Frederick N. Skiff, Ryan Hood, Lucas Beving(University of Iowa)     C: Hall-K     Topical Invited Lecture (11:15–12:15)
[TL-03]Chair: Prof. Osamu Sakai

Chemical kinetic modelling of NOx formation in Transient Spark discharge
Mario Janda, Karol Hensel, Zdenko Machala(Faculty of Mathematics, Physics and Informatics, Comenius University in Bratislava)[TL-07]

Towards a reaction mechanism of non-equilibrium CO2 plasmas
Vasco Guerra1, T. Silva1, M. Grofulović 1, L. Terraz1, P. Ogloblina1, C.D. Pintassilgo1,2, R. Engeln3,
A.S. Morillo-Candas4, O. Guaitella4(1Universidade de Lisboa, 2Universidade do Porto, 3Eindhoven University of Technology, 4CNRS-Univ.
Paris Sud-Sorbonne Université-Ecole Polytechnique)

Oral Session (12:15–12:45)
[OR15AM-C01] CO2 activation in microwave plasma – assessing vibrational non-equilibrium dynamics
Gerard J. van Rooij1,2, Alex van de Steeg1, Qin Ong1, Ana Sovelas da Silva1, Dirk C.M. van den Bekerom1,
Richard M.C.M. van de Sanden1,2(1Dutch Institute for Fundamental Energy Research, 2Eindhoven University of Technology)― 14 ―

[OR15AM-C02] Rate coefficient of CO2 decomposition via vibrational excited states in recombining plasmas
with ultralow electron temperature
Masahiro Yamazaki, Shusuke Nishiyama, Koichi Sasaki(Division of Quantum Science and Engineering, Hokkaido University)

Topical Invited Lecture (16:30–17:30)
[TL-11]Chair: Prof. Svetlana Starikovskaia

Plasma-assisted control of supersonic airflow
Sergey B. Leonov1, Skye Elliott1, Alec Houpt1, Yasumasa Watanabe1,2(1University of Notre Dame, 2University of Tokyo)[TL-15]Control of electron, ion and neutral heating in radio-frequency electrothermal microthrusters
Scott J. Doyle1, Andrew R. Gibson1,2, Teck S. Ho3, Rod W. Boswell3, Christine Charles3, Mark J. Kushner4,
James P. Dedrick1(1University of York, 2Ruhr-Universität Bochum, 3Australian National University, 4University ofMichigan)

Oral Session (17:30–18:00)
[OR15PM-C01] Effects of surrounding gas on plasma-induced liquid flow
Toshiyuki Kawasaki1, Keisuke Nishida2, Makoto Kawaguchi3, Yuka Hazama3, Giichiro Uchida4,
Fumiaki Mitsugi2, Nozomi Takeuchi5, Kousuke Takenaka4, Kazunori Koga6, Yuichi Setsuhara4,
Masaharu Shiratani6(1Nishinippon Institute of Technology, 2Kumamoto University, 3Nippon Bunri University,
4
Osaka University, 5Tokyo Institute of Technology, 6Kyushu University)[OR15PM-C02] Numerical simulation of an ionic-wind-driven aeroplane
She Chen1, Jingyi Tu1, Feng Wang1, Yifei Zhu2, Yuesheng Zheng3(1College of Electrical and Information Engineering, Hunan University, 2School of Electrical Engineering,
Xi’an Jiaotong University, 3College of Electrical Engineering and Automation, Fuzhou University)

Topical Invited Lecture (18:00–18:30)
[TL-19]Chair: Prof. Yasunori Tanaka

Numerical and experimental approaches to high-pressure arcs with non-equilibrium
consideration
Dirk Uhrlandt, Margarita Baeva, Guokai Zhang, Gregor Gött, Sergey Gortschakov(Leibniz Insitute for Plasma Science and Technology)

Oral Session (18:30–19:30)
[OR15PM-C03] Formation of nanostructured tungsten using a helium arc discharge plasma under
sub-atmospheric pressure
Yusuke Kikuchi1, Takuya Okumura1, Kazumasa Kadowaki1, Tatsuya Aota2, Shiro Maenaka2,
Kazunobu Fujita2, Shuichi Takamura2,3(1University of Hyogo, 2Yumex Inc., 3Aichi Institute of Technology[OR15PM-C04] Fundamental study on role of silica-sand and polymer cylinder in terms of gas properties during
DC interruption
Naoto Kodama1, Yasunobu Yokomizu1, Koya Nakamura1, Asato Takahashi1, Yusuke Kondo2(1Nagoya University, 2Pacific Engineering Corporation)[OR15PM-C05] Decomposition of bisphenol A by water thermal plasma
Wenjing Chen, Hiroki Munekata, Manabu Tanaka, Takayuki Watanabe(Department of Chemical Engineering, Kyushu University)― 15 ―

[OR15PM-C06] High-Speed Visualization of Metal Oxide Precursor in Multiphase AC Arc during Nanoparticle
Formation
Manabu Tanaka, Yuki Saito, Hiroki Maruyama, Takayuki Watanabe(Department of Chemical Engineering, Kyushu University)     D: Room 403     Topical Invited Lecture (11:15–12:15)
[TL-04]Chair: Dr. Zoltan Donko

Data evaluation on cross sections of electron-molecule collisions for process plasmas
Mi-Young Song1, J.S. Yoon1, H. Cho2, G.P. Karwasz3, V. Kokoouline4, Y. Nakamura5, J. Tennyson6(1National Fusion Research Institute, 2Department of Physics, Chungnam National University, 3Instituteof Physics, University Nicolaus Copernicus, 4Department of Physics, University of Central Florida,
5
Kawasaki, 6Department of Physics and Astronomy, University College London)[TL-08]The dynamics of the fast ionization wave discharge in different phases: from the breakdown tothe afterglow
Bang-Dou Huang1, Cheng Zhang1, Tao Shao1, Yi-Kang Pu2(1Key Laboratory of Power Electronics and Electric Drive, Institute of Electrical Engineering, Chinese
Academy of Sciences, 2Department of Engineering Physics, Tsinghua University)

Oral Session (12:15–12:45)
[OR15AM-D01] Surface processes in capacitive radio frequency discharges driven by tailored voltage
waveforms
Aranka Derzsi1,2, Julian Schulze1,3(1West Virginia University, 2Wigner Research Centre for Physics, 3Ruhr-University Bochum)[OR15AM-D02] Reaction data for tokamak divertor and near-wall regions
Maria Tudorovskaya1, Sebastian Mohr1, Jonathan Tennyson1,2, Christos K. Stavrou3,
Mikhail Gryaznevich3(1Quantemol Ltd, 2University College London, UK, 3Tokamak Energy Ltd)

Topical Invited Lecture (16:30–17:30)
[TL-12]Chair: Prof. Tetsu Mieno

Plasmas in Caesium-Seeded Negative Ion Sources
Katsuyoshi Tsumori1,2, H. Nakano1,2, K. Ikeda1, M. Kisaki1,2, S. Geng3, K. Nagaoka1,4, M. Wada5, Y. Haba4,
S. Masaki2, S. Kamio1, Y. Fujiwara1, M. Osakabe1,2(1National Institute for Fusion Science, 2SOKENDAI (The Graduate University for Advanced Studies),
3Southwestern Institute of Physics, 4Nagoya University, 5Doshisha University[TL-16]

Hybrid simulation of dust particles in a radio frequency capacitively coupled silane plasma
Yuan-Hong Song, Wen-Zhu Jia, You-Nian Wang
(School of Physics, Dalian University of Technology)

Oral Session (17:30–18:00)
[OR15PM-D01] Influence of magnetic field induced filaments on nanoparticle growth in a radio-frequency
Ar/C2H2 discharge plasma
Surabhi Jaiswal1, Vincent Holloman2, Lenaic Couëdel3,4, Edward Thomas Jr1, Vijay Rangari2(1Auburn University, 2Tuskegee University, 3University of Saskatchewan, 4CNRS, Aix Marseille
University)― 16 ―

[OR15PM-D02] Self-excited waves in complex plasmas under microgravity conditions
Mikhail Pustylnik1, Victoriya Yaroshenko1, Sergey Khrapak1, Sergey Zhdanov1, Hubertus Thomas1,
Surabhi Jaiswal2, Andrey Lipaev3, Vladimir Molotkov3, Alexander Usachev3, Vladimir Fortov3,
Markus Thoma4(1Institute of Material Physics in Space, German Aerospace Center (DLR), 2Physics Depatment, Auburn
University, 3Joint Institute for High Temperatures, Russian Academy of Sciences, 4I. Physics Institute,Justus Liebig University Giessen)

Topical Invited Lecture (18:00–18:30)
[TL-20]Chair: Prof. Yuan-Hong Song

Non-local electron kinetics in a low-temperature low-pressure DC discharge complex plasma
Alexander Fedoseev, Gennady Sukhinin(Institute of Thermophysics SB RAS)

Oral Session (18:30–19:30)
[OR15PM-D03] Electrical conductivity for vertical direction of radical injection plasma enhanced chemical
vapor deposited carbon nanowalls (RI-PECVD-CNW)
Atsushi Ozaki, Hiroki Kondo, Kenji Ishikawa, Takayoshi Tsutsumi, Makoto Sekine, Masaru Hori
(Department of Electonics, Nagoya University)[OR15PM-D04] Reaction of hexafluoroacetylacetone on nickel and nickel oxide surfaces and its effects onthermal atomic layer etching (ALE) processes
A.H. Basher1, M. Isobe1, T. Ito1, M. Kiuchi2, T. Takeuchi3, K. Karahashi1, S. Hamaguchi1(1Osaka University, 2AIST, 3Nara Women’s University)[OR15PM-D05] Impact generation of hot gas plume and synthesis of amino acids in nitrogen gas simulating
asteroid’s impacts in space
Tetsu Mieno1, Ulfa Azmi2, Sunao Hasegawa3, Hiromi Shibata4, Yoko Kebukawa5, Kensei Kobayashi5(1Graduate School of Science & Technology, Shizuoka University, 2Dept. Physics, Shizuoka University,
3
ISAS / JAXA, 4Fac. Engineering, Osaka University, 5Graduate School of Engineering, Yokohama
National University)[OR15PM-D06] A numerical analysis of a microwave induced coaxial surface wave discharge fed with amixture of oxygen/hexamethyldisiloxane for the purpose of SiOx film deposition
Efe H. Kemaneci1, Felix Mitschker2, Jan Benedikt3, Denis Eremin1, Peter Awakowicz2,
Ralf Peter Brinkmann1(1Theoretical Electrical Engineering, Ruhr-University Bochum, 2Institute for Electrical Engineeringand Plasma Technology, Ruhr-University Bochum, 3Experimental Plasma Physics, Christian-AlbrechtsUniversity Kiel)     E: Room 301, 302, 305     Poster Session 1 (14:15–16:15)[PO15PM-001]

Washimi-Karpman magnetization in a quantum Fermi-Dirac plasma system
Myoung-Jae Lee, Young-Dae Jung
(Hanyang University)― 17 ―

[PO15PM-002]

Extreme Ultraviolet Spectral Model for Highly Charged Tungsten Ions in MagneticallyConfined Plasmas
Izumi Murakami1,2, Akira Sasaki3, Daiji Kato1,4(1National Institute for Fusion Science, 2SOKENDAI, 3National Institute of Quantum and Radiological
Science and Technology, 4Kyushu University)[PO15PM-003]

Temperature anisotropy relaxation processes in dense plasma
Tlekkabul Ramazanov, Sandugash Kodanova, Moldir Issanova, Zhandos Moldabekov(Institute of Experimental and Theoretical Physics, Al-Farabi Kazakh National University)[PO15PM-004]

VUV emission spectra of Oxygen and Nitrogen to generate initial electrons for surface
discharge in air
Yasuhide Kashiwagi(National Institute of Technology, Kisarazu College)[PO15PM-006]

The properties of streamer discharge channel under positive voltage in rod-plane air gap withdifferent humidity
Ying zhe Cui, Ying zhe Cui, Chi jie Zhuang, Ze zhong Wang, Xuan Zhou, Rong Zeng
(Department of Electrical Engineering, Tsinghua University[PO15PM-007]

The effect of temperature on electron recombination with water and hydrocarbon ions in highvoltage nanosecond discharge afterglow
Nickolay L. Aleksandrov1, Maxim A. Popov1, Andrey Yu. Starikovskiy2, Igor V. Kochetov3(1Moscow Institute of Physics and Technology, 2Princeton University, 3SRC RF Troitsk Institute forInnovation and Fusion Research)[PO15PM-008]

Decay rates of helium metastable excited atoms in He and ionization coefficient in He/H2O
mixtureSusumu Suzuki, Ryu Hirata, Masato Yamazaki, Haruo Itoh
(Chiba Institute of Technology)[PO15PM-009]

Low temperature reaction of N+ with D2
Radek Plašil, Artem Kovalenko, Thuy Dung Tran, Serhiy Rednyk, Š. Roučka, Petr Dohnal,
Dmytro Shapko, Juraj Glosík(Charles University, Prague)[PO15PM-010]

Database system for atomic, molecular and plasma-material interaction and plasma chemistry
reaction data
Jun-Hyoung Park, Heechol Choi, Won-Seok Chang, Deuk-Chul Kwon, Mi-Young Song(National Fusion Research Institute)[PO15PM-011]

The LXCat project: overview and recent updates
Emile A.D. Carbone1, Luis L. Alves2(1Max Planck Institute for Plasma Physics, 2Instituto de Plasmas e Fusão Nuclear, Instituto Superior
Técnico, Universidade de Lisboa)[PO15PM-012]

Impact of reduced cross section sets on e-beam interaction with Ar
Matthew M. Hopkins, Christopher H. Moore, Kate S. Bell, Andrew S. Fierro, Benjamin T. Yee(Sandia National Laboratories)[PO15PM-013]

Ionic core effect on an electron-ion scattering in dense plasmas
Assem Temirbek1, Maratbek Gabdullin2, Mukhit Muratov3, Zhandos Moldabekov1,
Tlekkabul Ramazanov1(1ITEP, al-Farabi Kazakh National University, 2Kazakh-British Technical University, 3NNLOT, al-Farabi
Kazakh National University)― 18 ―

[PO15PM-014]

e±-Ar total ionization in the energy range 10 eV ≤ Ei ≤ 20 keV
Abul Kalam Fazlul Haque1, M.M. Haque1, D.H. Jakubassa-Amundsen2, M. Atiqur R. Patoary1,
A.K. Basak1, M. Maaza3, B.C. Saha4, M. Alfaz Uddin1(1University of Rajshahi, 2Mathematics Institute, University of Munich, 3Nanosciences African network(NANOAFNET), iThemba LABS-National Research Foundation, 4Florida A & M University)[PO15PM-015]

Electron transport analysis in Cl2 gas
Satoru Kawaguchi1,2, Kazuhiro Takahashi1, Kohki Satoh1(1Muroran Institute of Technology, 2Research Fellow of Japan Society for the Promotion of Science)[PO15PM-016]

Characteristics of droplet emission from Taylor cone synchronized with corona discharge
current
Keisuke Nagao, Yusuke Nakagawa, Satoshi Uchida, Fumiyoshi Tochikubo(Tokyo Metropolitan University)[PO15PM-017]

Droplet emission form liquid surface of atmospheric pressure plasma in contact with liquid
Naoki Shirai, Goju Suga, Takuya Imai, Koichi Sasaki(Hokkaido University)[PO15PM-018]

Relationship between emission intensity and time width of SBSL using phosphoric acid
Ryoma Hara, Makoto Matsui(Shizuoka University)[PO15PM-019]

Effect of Repetition Frequency of Pulsed Voltage on Decomposition of Methylene Blue in
Aqueous Solution by Cavitation Bubble Plasma
Yoshihiro Oka, Kentaro Otsuka, Ryo Kurata, Mitsuyasu Yatsuzuka(University of Hyogo)[PO15PM-020]

Formation mechanism of hydrogen peroxide in an atmospheric pressure glow discharge
electrolysis
Yu-Lin Kuo, Kuen-Yu Tsai, Shang-Yuan Chung, Hao-Wei Zhang, Sagung Dewi Kencana, Jhao-Yu Guo,
Song-Yu Chen
(Department of Mechanical Engineering, National Taiwan University of Science and Technology)[PO15PM-021]

Effects of the Carrier Gas on Properties of Plasma-Activated Water
Cheng Chun Lai, Yung Hsin Teng, Ying Hao Liao
(Chiao Tung University)[PO15PM-022]

Chemical kinetic simulation of ROS/RNS in plasma-exposed water
Kazuhiro Takahashi1, Satoru Kawaguchi1,2, Kohki Satoh1, Hideki Kawaguchi1, Igor Timoshkin3,
Martin Given3, Scott MacGregor3(1Muroran Institute of Technology, 2Research Fellow of the Japan Society for the Promotion of Science,3
University of Strathclyde)[PO15PM-023]

Track of plasma-originated electrons in liquid water for generation of hydrated electrons byMonte-Carlo simulation
Naoki Akiyama, Yusuke Nakagawa, Satoshi Uchida, Fumiyosi Tochikubo(Tokyo Metropolitan University)[PO15PM-024]

Reaction frequencies of CTTS transition-induced solvated electrons in bulk region of ionicliquids irradiated with low-pressure Ar, O2, and N2 plasmas
Yoshinobu Inagaki, Koichi Sasaki(Hokkaido University)― 19 ―

[PO15PM-025]

Effect of current on the synthesis of copper oxide nanoparticles by atmospheric-pressureplasma electrolysis
Jiandi Liu, Shirai Naoki, Koichi Sasaki(Graduate School of Engineering, Hokkaido University)[PO15PM-026]

The Characteristics Analysis and Optimization of Coated Copper Nano-particles by
Underwater Plasma for Electromagnetic Interference shielding films
Knagil Kim1, Jin-Young Huh2, Yong Cheol Hong1(1National Fusion Research Institute, 2Korea Institute of Materials Science)[PO15PM-027]

Surface-modifications of graphene nano-plates via plasma in liquid
Masaki Iida1,2, Taku Goto1,2, Kazuto Hatakeyama2, Tsuyohito Ito1, Yoshiki Shimizu2, Yukiya Hakuta2,
Kazuo Terashima1,2(1Department of Advanced Materials Science, Graduate School of Frontier Sciences, The Universityof Tokyo, 2AIST-UTokyo Advanced Operando-Measurement Technology Open Innovation Laboratory(OPERANDO-OIL), National Institute of Advanced Industrial Science and Technology (AIST))[PO15PM-028]

On the formation of polymerized EDOT films using gas-liquid interfacial plasma
Tatsuru Shirafuji, Shiori Azuma, Ju-Seok Oh(Osaka City University)[PO15PM-029]

Fabrication of Titania/Carbon Composite Nanoparticles by Discharge Plasma at Pressurized
Gas/Liquid Interface
H. Kondo, Wahyudiono Wahyudiono, N. Takada, H. Kanda, M. Goto
(Nagoya University)[PO15PM-030]

Development of fs-TALIF diagnostics for Measurements of Atomic Nitrogen in NRP
Discharges
Ciprian Dumitrache, Arnaud Gallant, Gabi Daniel Stancu, Christophe Laux(CentraleSupélec)[PO15PM-031]

Comparison of radical densities in helium and nitrogen pasma jets to identify effective species
for suppression of potato sprout
Katsunori Ueno, S. Nishiyama, K. Sasaki(Division of Quantum Science and Engineering, Hokkaido University)[PO15PM-032]

TALIF spectroscopy of atomic oxygen density in extremely narrow gapped oxygen discharge
Takuya Kawakita, Yusuke Nakagawa, Satoshi Uchida, Fumiyoshi Tochikubo(Tokyo Metropolitan University)[PO15PM-033]

Evaluation of measurement electron density ahead shock wave by CO2 laser interferometer
Takashi Okamoto1, Kazuhiko Yamada2, Makoto Matsui1(1Shizuoka University, 2Institute of Space and Astronautical Science, JAXA)[PO15PM-034]

Modification of laser-induced fluorescence spectrum by additional azimuthal Doppler effect in
optical vortex beams
Shinji Yoshimura1, Kenichiro Terasaka2, Mitsutoshi Aramaki3(1National Institute for Fusion Science, 2Kyushu University, 3Nihon University)[PO15PM-035]

Simple electron density measurement for atmospheric pressure Ar plasma using laserinterferometry
Jun Sup Lim1, Se Hoon Ki1, Eun Ha Choi1,2(1Department of Electrical and Biological Physics, Kwangwoon University, 2Plasma Bio Research Center(PBRC), Kwangwoon University)― 20 ―

[PO15PM-036]

The dynamic of Brillouin scattering at the oblique incidence of pump wave on a plasma slab
and its using for plasma diagnostics
Davlat K. Solikhov1, Sergey A. Dvinin2, Shamsulhak S. Nurulhakov1(1Tajik National University, 2Moscow State University, Faculty of Physics)[PO15PM-037]

Electric field measurements on plasma bullets in nitrogen with nanosecond Electric Field
Induced Second-Harmonic Generation
Sander Nijdam, Anne Limburg, Marc van der Schans(Eindhoven University of Technology, Dept. Applied Physics)[PO15PM-038]

Two-laser photo-detachment for negative ion diagnostic: Installation and preliminary results in
the H– source “Prometheus I”
M. Mitrou1, P. Svarnas1, S. Aleiferis1,2, S. Béchu3, A. Lacoste3(1High Voltage Laboratory, Electrical and Computer Eng. Dep., University of Patras, 2EUROfusion
Consortium, JET, Culham Science Centre, 3LPSC, Université Grenoble-Alpes, CNRS/IN2P3)[PO15PM-039]

Atomic hydrogen density measurement in inductively coupled plasma based on VUVabsorption spectroscopy
Deog Gyun Cho, Dal Hyeon Ryu, Jong Gu Han, Se Youn Moon
(Chonbuk National University)[PO15PM-040]

CF2 density measurement in plasma-chamber wall boundary of inductively coupled plasmausing UV absorption spectroscopy
Jonggu Han1, Yong Sung You2, Se Youn Moon3(1Department of Applied Plasma and Quantum beam Engineering, Chonbuk National University,2
Department of Nuclear and Quantum Engineering, Korea Advanced Institute of Science and Technology,
3
Department of Quantum System Engineering, Chonbuk National University)[PO15PM-041]

Spectroscopic characterization of a surfaguide microwave discharge for efficient plasma-based
CO2 conversion
Nikolay Britun1, Thomos Godfroid2, Rony Snyders1,2(1Chimie des Interactions Plasma-Surface, University of Mons, 2Materia Nova Research Center)[PO15PM-042]

Time-dependent optical methods for determination of the electric field
Tomas Hoder1, Markus M. Becker2, Petr Bilek1, Detlef Loffhagen2(1Masaryk University, 2Leibniz Institute for Plasma Science and Technology)[PO15PM-043]

Selective Plasma Light Intensity Measurement Technique for Process Uniformity using
Transparent LCD Module adapted Optical Emission Spectroscopy
Ilgu Yun, In Joong Kim(Yonsei University)[PO15PM-044]

Secondary electron effect on sustaining capacitively coupled discharges: a hybrid modelinginvestigation of the ionization rate
Yu-Ru Zhang, Ying-Ying Wen, Yuan-Hong Song, You-Nian Wang
(School of Physics, Dalian University of Technology)[PO15PM-045]

Magnetical asymmetric effect in geometrically and electrically symmetric capacitively coupledplasmaShali Yang1, Ya Zhang2, Wei Jiang1(1School of Physics, Huazhong University of Scienceand Technology, 2School of Science, Wuhan
University of Technology)[PO15PM-046]

Measurement of ion energy in dual-frequency capacitive coupled plasma
Makoto Moriyama, Akihiro Mitsuya, Naoya Nakahara, Haruka Suzuki, Hirotaka Toyoda(Nagoya University)― 21 ―

[PO15PM-047]

Investigation of characteristics of etching process plasma by the addition gases
Jongsik Kim, Dae Chul Kim, Jaemin Song, Yonghyun Kim, Young-Woo Kim, Duksun Han,
Jung Ho Song, Mi-Young Song, Jung-Sik Yoon
(National Fusion Research Institute)[PO15PM-048]

Experimental observation of nonlinear standing wave effect excited by higher harmonics invery-high-frequency capacitive discharges
Yong-Xin Liu, Kai Zhao, De-Qi Wen,You-Nian Wang
(Dalian University of Technology)[PO15PM-049]

Characteristics of dual frequency CCP with electron beamInshik Bae, Hongyoung Chang(KAIST)[PO15PM-050]

Optical Emission Spectroscopy of the Radial Distribution of CCP Plasma through Gas Hole ofShowerhead Electrode
Jaemin Song, Jongsik Kim, Dae Chul Kim, Mi-Young Song, Young-Woo Kim, Yonghyun Kim,
Duksun Han, Jung Ho Song, Jung-Sik Yoon
(Plasma Technology Research Center, National Fusion Research Institute)[PO15PM-051]

The comparison of the electron density measured by Hairpin and Langmuir probes in pulse
modulated inductively coupled plasma
Fei Gao, Xiang-Yun Lv, Xue-Chun Li, You-Nian Wang
(Key Laboratory of Materials Modification by Laser, Ion, and Electron Beams (Ministry of Education),
School of Physics, Dalian University of Technology)[PO15PM-052]

Global model for large scale ferromagnetic enhanced inductively coupled Cl2/Ar plasma source
Alexander Fedoseev, Gennady Sukhinin, Mikhail Isupov, Vadim Pinaev, Nikon Demin, Mikhail Salnikov(Institute of Thermophysics SB RAS)

[PO15PM-053]

Modelling on tandem type of inductively coupled thermal plasma with thermal interaction frompowder feeding
Yulianta Siregar1,2, Yasunori Tanaka1, Yusuke Nakano1, Tatsuo Ishijima1, Yoshihiko Uesugi1(1Kanazawa University, 2University of Sumatera Utara)[PO15PM-054]

Electromagnetic thermofluid simulation on tandem type of Ar/O2 inductively coupled thermal
plasmas driven by upper and lower coils
Keita Akashi1, Kotaro Shimizu1, Kazuki Onda1, Yusuke Nakano1, Yasunori Tanaka1, Yoshihiko Uesugi1,
Tatsuo Ishijima1, Shiori Sueyasu2, Shu Watanabe2, Keitaro Nakamura2(1Kanazawa University, 2Nisshin Seifun Group)[PO15PM-055]

Evaluation of Fe-Ti ingots prepared by hydrogen plasma arc melting using pretreated Ti scraps
Jaewon Lim, Suhwan Yoo, Jikwang Chae, Jung-Min Oh(Chonbuk National University)[PO15PM-056]

Shock waves in supercritical carbon dioxide generated by pulsed arc discharge plasma
Kosuke Goto1, Naokazu Ashizuka1, Tomohiro Furusato1, Tsuyoshi Kiyan2, Mitsuru Sasaki3,
Takahiko Yamashita1(1Graduate School of Engineering, Nagasaki University, 2Faculty of Humanity – Oriented Science andEngineering, Kindai University, 3Institute of Pulsed Power Science, Kumamoto University)[PO15PM-057]

Numerical simulation of radiation transfer in a model gas circuit breaker using CO2, O2 andCO2/O2 mixture gas
Kouki Yoshida1, Takayasu Fujino2, Tomoyuki Yoshino3, Satoi Ogawa3, Tadashi Mori3(1Depertment of Engineering Mechanism and Energy, University of Tsukuba, 2Facluty of Engineering,
Information and Systems, University of Tsukuba, 3Toshiba Energy Systems & Solutions Corporation)― 22 ―

[PO15PM-058]

Internal-plasma-current-driven axial force in a magnetic nozzle MPD thruster
Takumi Iijima, Astushi Komuro, Kazunori Takahashi, Akira Ando
(Tohoku University)[PO15PM-059]

Enhancement of Wear-resistance of Polyurethane Film Composite with Plasma-processed
Multi-walled Carbon Nanotubes
Daisuke Ogawa, Hideo Uchida, Keiji Nakamura(Chubu University)[PO15PM-060]

Plasma Functionalization of Isocyanate Groups onto Multi-walled Carbon Nanotubes
Daisuke Ogawa, Kazuki Michiya, Hideo Uchida, Keiji Nakamura(Chubu University)[PO15PM-061]

Preparation of diamond-like carbon films using pulse-arc Ar plasma jet in C2H2 atmosphere
Ryoya Tominaga1, Toru Harigai1, Tsuyoshi Tanimoto1, Hirofumi Takikawa1, Shinsuke Kunitsugu2,
Satoru Kaneko3, Masao Kamiya4, Hidenobu Gonda5(1Toyohashi University of Technology, 2Industrial Technology Center of Okayama Prefecture, 3Kanagawa
Institute of Industrial Science and Technology, 4Itoh Optical Industrial Co., Ltd., 5OSG Coating Service
Co., Ltd.)[PO15PM-062]

Intermediate pressure microwave plasma sources: application to nano- and micro- diamondfilm deposition
Alexandre Bès, Alvaro Martin-Ortega, Runxiao Yang, Ana Lacoste(LPSC - Université Grenoble-Alpes - CNRS/IN2P3)[PO15PM-064]

PECVD synthesis of nitrogen-doped diamond and charge state control of NV centers
Hiroki Takehana, T. Tamura, T. Yanase, T. Nagahama, T. Shimada(Division of Applied Chemistry, Hokkaido Univ.)[PO15PM-065]

Effects of Ion Bombardment Energy Flux on Chemical Compositions and Structures ofHydrogenated Amorphous Carbon Films Grown by a Radical-Injection Plasma-Enhanced
Chemical Vapor Deposition
Hitotsugu Sugiura, Hiroki Kondo, Takayoshi Tsutsumi, Kenji Ishikawa, Masaru Hori
(Nagoya University)[PO15PM-066]

Investigate on thickness of Ni catalyst for CNTs generation by PCVD
Koki Kuroda, Kenta Goto, Miki Goto, Takanori Komuro(Kanagawa Institute of Technology)[PO15PM-067]

Performance improvement of graphene nanoribbon transistor with plasma CVD
Noritada Ogura1, Hiroo Suzuki1, Toshiro Kaneko1, Toshiaki Kato1,2(1Graduate School of Engineering, Tohoku University, 2JST-PRESTO)[PO15PM-068]

Influence of DC Substrate Bias Voltage on Deposition of Carbon Nanoparticles Produced by
Ar+CH4 Multi-Hollow Discharge Plasma CVD method
Sung Hwa Hwang1, Kunihiro Kamataki1, Naho Itagaki1, Kazunori Koga1, Masaharu Shiratani1,
Jun Seok Oh2, Tatsuyuki Nakatani3(1Kyushu University, 2Osaka City University, 3Okayama University of Science)[PO15PM-069]

Carbon nanowalls synthesis in the plasma of a radio-frequency discharge
Yerassyl Yerlanuly1,2, Didar G. Batryshev1, Tlekkabul S. Ramazanov1, Maratbek T. Gabdullin2(1Al-Farabi Kazakh National Universityrsity, 2Kazakh British Technical University)[PO15PM-070]

Carbon nanowall growth using biomineralized catalyst nanoparticles
Shinya Kumagai1, Takuya Meijo1, Keigo Takeda1, Ichiro Yamashita2, Mineo Hiramatsu1(1Meijo University, 2Osaka University)― 23 ―

[PO15PM-071]

Characteristics of HiPIMS plasma driven by spiker-sustainer pulses for DLC deposition
Mutsumi Takahashi1, Shoki Abe1, Katsuyuki Takahashi1,2, Seiji Mukaigawa1, Koichi Takaki1,2,
Ken Yukimura1(1Faculty of Science and Engineering, Iwate University, 2Agri-Innovation Center, Iwate University)[PO15PM-072]

Evaluation of unexpected arc discharge characteristic of DLC films formation using
HF-HiPIMS power supply
Hiroyuki Fukue1, Tadayuki Okano2, Masahide Kuroiwa2, Shinsuke Kunitsugu3, Hiroki Oota4,
Ken Yonezawa4, Tatsuyuki Nakatani5(1Graduate School of Engineering, Okayama University of Science, 2Tokyo Electronics Co., Ltd,
3
Industrial Technology Center of Okayama Prefecture, 4Kenix Corporation, 5Research Institute ofTechnology, Okayama University of Science)[PO15PM-073]

Comparison of discharge characteristics and performance in large area 3-D confined and planar
magnetron sputtering
Jeon Geon Han, Min W. Lee, B.B. Sahu
(Sungkyunkwan University)[PO15PM-074]

On recycling in high power impulse magnetron sputtering discharge
Jon Tomas Gudmundsson1, Nils Brenning2, Michael A. Raadu2, Thomas J. Petty3, Tiberiu Minea3,
Daniel Lundin3(1University of Iceland, 2KTH Royal Institute of Technology, 3LPGP, Université Paris-Sud)[PO15PM-075]

Gas phase diagnostics on TiN film deposition using high power impulse magnetron sputtering
Masayuki Nakamura, Keigo Takeda, Takayuki Ohta
(Meijo University)[PO15PM-076]

Structure and Properties of YSZ Thin Films Deposition by High Power Impulse Magnetron
Sputtering
YU-Wei Lin1, You-Chen Chang2, Wei-Chun Chen1, Hung-Pin Chen1, Fong-Zhi Chen1(1Taiwan Instrument Research Institute, National Applied Research Laboratories, 2Department ofEngineering and System Science National Tsing Hua University)[PO15PM-078]

A Comparative Characterization Study of Characteristic of Plasma Modified Graphane Oxides
Lutfi Oksuz, Esin Eren, Ali Ihsan Komur, Aysegul Uygun Oksuz(Suleyman Demirel University)[PO15PM-079]

Low Damage Radical Nitridation of Graphene using Surface Plasmon Resonance of Gold
Nanoparticle Catalyst
Takeshi Kitajima, Ryo Katou, Machiko Miyake, Toshiki Nakano(National Defense Academy)[PO15PM-080]

High Rate Synthesis of Graphene-Encapsulated Silicon Nanoparticles using Pulse-Modulated
Induction Thermal Plasmas with Intermittent Feedstock Feeding
Yasunori Tanaka1, Kentaro Shimizu1, Kazuki Onda1, Keita Akashi1, Yoshihiko Uesugi1, Tatsuo Ishijima1,
Shiori Sueyasu2, Shu Watanabe2, Keitaro Nakamura2(1Kanazawa University, 2Nisshin Seifun Group Inc.)[PO15PM-081]

Influence of Pressure on Polycrystalline Diamond Film Fabricated Using Modulated Induction
Thermal Plasma
Kazufumi Hata1, Takashi Arai1, Yusuke Nakano1, Yasunori Tanaka1, Tatsuo Ishijima2, Yoshihiko Uesugi1(1Faculty of Electrical and Computer Science, Kanazawa University, 2Research Center for Sustainable
Energy and Technology, Kanazawa University)― 24 ―

[PO15PM-082]

Numerical Simulation on High-Speed Surface Oxidation of SiC Substrate by Sweeping
Exposure of Loop Type Inductively Coupled Thermal Plasmas
Genki Ozeki1, Atsushi Fujita1, Yusuke Nakano1, Yasunori Tanaka1, Tatsuo Ishijima1, Yoshihiko Uesugi1,
Tetsuya Yukimoto2, Hiroshi Kawaura2(1Kanazawa University, 2CV Research Corporation)[PO15PM-083]

Voltage Fluctuations Related to Arc Rotation in a Direct Current Plasma Torch with Externally
Applied Magnetic Field
Hikaru Matsumoto1, Hiroki Saito1, Takayasu Fujino2(1Graduate School of Systems and Information Engineering, University of Tsukuba, 2Faculty ofEngineering, Information and Systems, University of Tsukuba)[PO15PM-084]

On NH radicals in pulsed-arc plasma jet with N2/H2 gas mixture
Ryuta Ichiki, Yuka Kanbara, Kiho Toda, Kosuke Tachibana, Takashi Furuki, Seiji Kanazawa(Oita University)[PO15PM-085]

Electron temperature of femtosecond laser induced high-pressure argon plasma
Yuki Mori, K. Tsuchida, N. Tsuda, J. Yamada(Aichi Institute of Technology)[PO15PM-086]

Laser shock processing of nanomaterials using laser-induced plasma
Jeonghong Ha1, Dongsik Kim2
(1Advanced Forming Process R&D Group, Korea Institute of Industrial Technology (KITECH),
2
Department of Mechanical Engineering, Pohang University of Science and Technology (POSTECH))[PO15PM-087]

Cherenkov radiation and cathodoluminescence in leucosapphire, quartz and diamond under theexcitation of electron beam
Victor F. Tarasenko, Vladimir I. Oleshko, Mikhail V. Erofeev, Elgeniy I. Lipatov(Institute of High Current Electronics)[PO15PM-088]

Radiation Emission Characteristics of a Low Energy Dense Plasma Focus
Seong Ling Yap1, Kheng Yew Tsung1, Lian Kuang Lim1, Ming Chuan Lee1, Chen Hon Nee2,
Seong Shan Yap2
(1University of Malaya, 2Multimedia University)[PO15PM-089]

Pulsed Low Dose Rate Radiation from Plasma Discharge for Superficial Radiation Therapy
Seong Ling Yap1, Hung Seng Poh1, Ling Hong Lim1, David Bradley2, Chen Hon Nee3, Seong Shan Yap3
(1University of Malaya, 2Sunway University, 3Multimedia University)[PO15PM-090]

Soft X-Ray Radiation from C3H8 Discharge in the Divergent Gas-Puff Z Pinch
Keiichi Takasugi1, Mineyuki Nishio2(1Nihon University, 2National College of Technology)― 25 ―

Tuesday, July 16, 2019
Registration (8:30–19:00)

     A: Hall-L     General Invited Lecture (09:00–09:45)
[GL-01]Chair: Prof. Izumi MurakamiElectron excitation and dissociative excitation processes to plasma relevant molecules
Stefan Matejcik, Juraj Orszagh, Michal Ďurian(Comenius University Bratislava)

IUPAP Young Scientist Award Lecture (9:45–10:30)

Chair: Prof. M.Q. Tran

Flow–turbulence coupling in magnetic confinement for fusion
Istvan Cziegler(University of York)

Topical Invited Lecture (11:00–12:00)
[TL-21]Chair: Dr. Milan Šimek

Plasma characterization using catalytic probes
Rok Zaplotnik, Gregor Primc, Alenka Vesel, Miran Mozetič
(Jozef Stefan Institute)[TL-25]Ultrafast Laser Diagnostics to Interrogate High Pressure, Highly Collisional Plasma
Environments
Edward V. Barnat(Sandia National Laboratories)

Oral Session (12:00–12:30)
[OR16AM-A01] VUV-absorption spectroscopy and delocalized plasma-induced emission used for the species
detection in a down-stream soft-etch plasma reactor
Nader Sadeghi, Robert Soriano, Emilie Provost, Gilles Cunge(Laboratoire des Technologies de la Microélectronique)[OR16AM-A02] 2.45 GHz microwave plasma sources for CO2 dissociation: spectroscopic analysis of asurfaguide and a resonator plasma torch
Emile Carbone1, Nikolay Britun2, Federico D’Isa1, Ante Hecimovic1, Ursel Fantz1(1Max Planck Institute for Plasma Physics, 2Chimie des Interactions Plasma-Surface, University of Mons)

Topical Invited Lecture (16:15–16:45)
[TL-29]Chair: Hiroki Kondo

Understanding high power magnetron sputtering by combined optical diagnostics
Nikolay Britun1, Jaroslav Hnilica2, Matthieu Michiels1,3, Peter Klein2, Petr Vašina2, Rony Snyders1,3(1Chimie des Interactions Plasma-Surface, University of Mons, 2Department of Physical Electronics,
Masaryk University, 3Materia Nova Research Center)― 26 ―

Oral Session (16:45–17:45)
[OR16PM-A01] Synthesis of TiC using an annular DC Magnetron Sputtering System with Ar and C2H2 plasma
Christian Lorenz Sillero Mahinay, Juan Gabriel B. Troncales, Paz Victoria T. Ramos, Franulfo Dela Cruz,
Raphael Alexander L. Carreon, Ivan B. Culaba(Department of Physics, School of Science and Engineering, Ateneo de Manila University)[OR16PM-A02] Experimental Demonstration of Multifrequency Matching for Tailored Voltage Waveform
Plasma Excitation
Erik V. Johnson1, Junkang Wang1, Sebastien Dine2, Jean Paul Booth3(1LPICM, CNRS, Ecole Polytechnique, 2Solayl SAS, 3LPP, CNRS, Ecole Polytechnique, UPMC Univ.
Paris Sud, Université Paris Saclay, Sorbonne Universites)[OR16PM-A03] Plasma processes applied to SiO2 cryo-atomic layer etching
Antoun Gaelle1, Remi Dussart1, Philippe Lefaucheux1, Thomas Tillocher1, Kumiko Yamazaki2,
Koichi Yatsuda2, Jacques Faguet3, Kaoru Maekawa3(1GREMI - CNRS - Universite d’Orleans, 2Tokyo Electron Limited, 3TEL Technology Center, America)[OR16PM-A04] Molecular dynamics simulation of reactive ion etching of Si and SiO2 by fluorine containing
ions
Erin Joy Capdos Tinacba, Michiro Isobe, Kazuhiro Karahashi, Satoshi Hamaguchi(Osaka University)

Arranged Session 2 (18:15–20:15)
[AS2-I1]

Chair: Dr. Kazuaki Kurihara

CMOS/MEMS Hybrid Process Integration for Silicon Photonics Devices
Keizo Kinoshita(AIO Core Co., Ltd., / Mass-production Techology Project, PETRA, AIST Tsukuba West)[AS2-I2]

Atomic Layer Etching: its Science and Technology
Satoshi Hamaguchi, Michiro Isobe, Tomoko Ito, Kazuhiro Karahashi(Center for Atomic and Molecular Technologies, Graduate School of Engineering, Osaka University)[AS2-I3]

Machine Learning Applications for Etching Profile Optimization
T. Ohmori, H. Nakada, M. Ishikawa, T. Usui, M. Kurihara(Hitachi, Ltd., Research & Development Group)[AS2-I4]

Smarter Plasma Etching Processes: Multi-Scale Modelling and Beyond
Mingmei Wang, Yanxiang Shi, Yu-Hao Tsai, Du Zhang, Hojin Kim, Aelan Mosden, Peter Biolsi(TEL Technology Center, America, LLC)     B: Hall-S     Topical Invited Lecture (11:00–12:00)
[TL-22]Chair: Dr. Keisuke Takashima

Plasma treatment of liquids and applications in agriculture
Nikola Škoro1, Nevena Puač 1, Olivera Jovanović 1, Gordana Malović 1, Zoran Lj. Petrović 1,2(1Institute of Physics Belgrade, 2Serbian Academy of Sciences and Arts)― 27 ―

[TL-26]

Cold plasma treatment stimulates seed germination by inducing dormancy loss due to changes
in phytohormone balance
Vida Mildaziene1, Laima Degutytė-Fomin1, Giedre Pauzaite1, Anatolii Ivankov1, Rasa Zukiene1,
Zita Nauciene1, Irina Filatova2, Veronika Lyushkevich2, Kazunori Koga3, Masaharu Shiratani3(1Vytautas Magnus University, 2National Academy of Sciences of Belarus. 3Kyushu University)

Oral Session (12:00–12:30)
[OR16AM-B01] Investigation of plasma effluent gas-dissolved-solution for suppressing Colletotrichum
gloeosporioides conidia germination
Yue Hu, Kenji Nihei, Tsubasa Goti, Keisuke Takashima, Toshiro Kaneko(Graduate School of Engineering, Tohoku University)[OR16AM-B02] Arabidopsis Thaliana Sensitivity and Response to an Air Plasma Effluent Gas
Ahmad Shahir bin Ahmad Nor, Keisuke Takashima, Toshiro Kaneko(Graduate School of Engineering, Tokoku University)

Topical Invited Lecture (16:15–16:45)
[TL-30]Chair Dr. Nikola Skoro

Interactions of low temperature plasmas with biological systems for plasma sterilization
F. Kogelheide2, M. Fiebrandt2, Farina Vogt2, P. Awakowicz2, K. Stapelmann1(1North Carolina State University, 2Ruhr University Bochum)

Oral Session (16:45–17:45)
[OR16PM-B01] Generation of bactericidal efficacy in neutral pH range using oxygen-radical treatment oforganic compound
Naoyuki Iwata1, Vladislav Gamaleeve1, Jun-Seok Oh2, Hiroshi Hashizume3, Takayuki Ohta1,
Kenji Ishikawa3, Masaru Hori3, Masafumi Ito1
(1Meijo University, 2Osaka City University, 3Nagoya University)[OR16PM-B02] Microplasma synthesized silver nanoparticle/chitosan nanocomposite for antimicrobial
applications
Daye Sun1, Jonathan Turner2, Li Zhang3, Brian Falzon1, Colin McCoy2, Paul Maguire4, Davide Mariotti4,
Dan Sun1(1School of Mechanical and Aerospace Engineering, Queen’s University Belfast, 2School of Pharmacy,
Queen’s University Belfast, 3Analytical & Testing Center, Sichuan University, 4Nanotechnology andIntegrated Bioengineering Centre, Ulster University)[OR16PM-B03] Plasma jet for healing skin graft
Constance Duchesne1,2, Nadira Frescaline1,2, Sebastien Banzet2, Jean-Jacques Lataillade2,
Antoine Rousseau1(1Ecole Polytechnique, 2INSERM)[OR16PM-B04] Enhancement of alcohol production of budding yeasts by treatment of non-equilibrium
atmospheric pressure plasma
Shogo Matsumura1, Kenji Ishikawa1,2, Hiromasa Tanaka2,3, Hiroshi Hashizume3, Masafumi Ito4,
Masaru Hori1,2,3(1Department of Electronics, Nagoya University, 2Plasma Medical Science Global Innovation Center,
Nagoya University, 3Institute of Innovation for Future Society, Nagoya University, 4Graduate School of
Science & Technology, Meijo University)― 28 ―

Arranged Session 1 (18:15–20:15)
[AS1-I1]

Chair: Prof. Ute Ebert

Ionization waves in diffuse atmospheric pressure air plasmas generated at high overvoltage
conditions
P. Tardiveau(LPGP, CNRS, Univ. Paris-Sud, Université Paris-Saclay)[AS1-I2]

Generation runaway electrons and formation diffuse discharges in different gases
V.F. Tarasenko(High Current Electronics Institute)[AS1-I3]

A computational study of positive streamer branching in air
Jannis Teunissen1,2, Behnaz Bagheri1, Ute Eberta1,3(1Group Multiscale Dynamics, Centrum Wiskunde & Informatica (CWI), 2Centre for mathematical
Plasma Astrophysics, 3Department of Applied Physics, Einhoven University of Technology)[AS1-I4]

Recent advances in the research of nanosecond discharges in liquid water
M. Šimek1, P. Hoffer1, V. Prukner1, J. Schmidt1, P. Bílek2, Z. Bonaventura2(1Department of Pulse Plasma Systems, Institute of Plasma Physics CAS, 2Department of PhysicalElectronics, Faculty of Science, Masaryk University)     C: Hall-K     Topical Invited Lecture (11:00–12:00)
[TL-23]Chair: Prof. Ronny Brandenburg

Recent developments in streamer-related experiments
Sander Nijdam1, Yuan Li1,2, She Chen1,3, Siebe Dijcks1(1Eindhoven University of Technology, Dept. Applied Physics, 2State Key Laboratory of ElectricalInsulation and Power Equipment, Xi’an Jiaotong University, 3College of Electrical and Information
Engineering, Hunan University)[TL-27]

Modeling of low-temperature plasma jets at atmospheric pressure
Anne Bourdon1, Pedro Viegas1,2, Zdenek Bonaventura3(1LPP, CNRS, Ecole Polytechnique, Sorbonne Université, Université Paris-Sud, Observatoire de Paris,
Université Paris-Saclay, PSL Research University, 2DIFFER - Dutch Institute for Fundamental Energy
Research, 3Department of Physical Electronics, Faculty of Science, Masaryk University)

Oral Session (12:00–12:30)
[OR16AM-C01] Energy transfer in interaction of non-equilibrium atmospheric pressure plasmas with substrates
Luka Hansen1, Stephan Reuter2, Kristian Reck1, Benjamin M. Goldberg3, David Feng3, Richard B. Miles3,
Holger Kersten1(1Institute for Experimental and Applied Physics, Kiel University, 2Department of Computer andElectrical Engineering, Lublin University of Technology, 3Department of Mechanical and Aerospace
Engineering, Princeton University)[OR16AM-C02] Investigation of plasma jet spreading on a flat surface with and without shielding gases
Yuliia Onyshchenko, Mehrnoush Narimisa, Nathalie De Geyter, Rino Morent(Research Unit Plasma Technology (RUPT), Department of Applied Physics, Ghent University)― 29 ―

Topical Invited Lecture (16:15–16:45)
[TL-31]Chair: Prof. John Foster

Solvated electrons at a plasma-liquid interface
David B. Go(University of Notre Dame)

Oral Session (16:45–17:45)
[OR16PM-C01] Visualization of OH radial in liquid induced by atmospheric pressure plasma by luminol
chemiluminescence
Naoki Shirai, Goju Suga, Yuki Owada, Koichi Sasaki(Hokkaido University)[OR16PM-C02] Tailoring reactive species generation using Plasma Gun in single and multi-jets mode delivered
above or inside liquid solutions
Eric Robert1, Audoin Hamon1, Sebastien Dozias1, Claire Douat1, Alina Raluca Bisag2, Romolo Laurita2,
Matteo Gherardi2,3, Vittorio Colombo2,3, Jean Michel Pouvesle1(1GREMI CNRS/Université d’Orléans, 2Departement of Industrial Engineering, Alma Mater StudiorumUniversità di Bologna, 3CIRI-Advanced Applications in Mechanical Engineering & Materials
Technology, Alma Mater Studiorum-Università di Bologna)[OR16PM-C03] Decay measurement of OH radicals in plasma-exposed water using high-speed liquid flow
Wencheng Luo, Shota Sasaki, Ryosuke Honda, Toshiro Kaneko(Graduate School of Engineering, Tohoku University)[OR16PM-C04] Characterization of pin-to-pin electrical underwater discharge regimes according to the solution
conductivity and the applied voltage
C. Rond, N. Fagnon, X. Aubert, A. Vega, X. Duten(LSPM – CNRS UPR3407, Université Paris 13)     D: Room 403     Topical Invited Lecture (11:00–12:00)
[TL-24]Chair: Prof. Mario Janda

Modelling of complex chemical kinetics in atmospheric pressure plasmas
Tomoyuki Murakami(Seikei University)[TL-28]Development of a Parallel Fluid Modeling Code Using Unstructured Grid and Its Application
for Complex Gas Discharges
K.-L. Chen1, J.-S. Wu1,2, Y.-M. Lee3, M.-H. Hu3, S. Hamaguchi2(1Department of Mechanical Engineering, National Chiao Tung University, 2Center for Atomic andMolecular Technologies, Graduate School of Engineering, Osaka University, 3Plasma Taiwan InnovativeCorp.)

Oral Session (12:00–12:30)
[OR16AM-D01] One-dimensional and global modelling of excited species during methane upgrading by
dielectric barrier discharge
Pierre A. Maitre, Matthew S. Bieniek, Panagiotis N. Kechagiopoulos(Chemical and Materials Engineering Group, School of Engineering, University of Aberdeen)― 30 ―

[OR16AM-D02] Hydronitrogen Molecular Assisted Recombination process: Contribution from ammonia
molecules for divertor plasma detachment
Shota Abe1,2,3, Saikat Chakraborty Thakur3, Russel P. Doerner3, George R. Tynan2,3(1Department of Chemical and Biological Engineering, Princeton University, 2Mechanical and Aerospace
Engineering, University of California San Diego, 3Center for Energy Research, University of California
San Diego)

Topical Invited Lecture (16:15–16:45)
[TL-32]Chair: Dr. Peter Ventzek

Kinetics of capacitively coupled discharges driven by tailored voltage waveforms
Zoltan Donkó
(Wigner Research Centre for Physics)

Oral Session (16:45–17:45)
[OR16PM-D01] Monte Carlo Flux simulations of electrons for plasma modelling
Luca Vialetto1, Savino Longo2, Paola Diomede1(1DIFFER, 2Università degli Studi di Bari)[OR16PM-D02] Self-consistent Fokker-Planck approach to CO2 vibrational kinetics
Pedro Viegas1, M.C.M. van de Sanden1, Savino Longo2, Paola Diomede1(1DIFFER - Dutch Institute for Fundamental Energy Research, 2Dipartimento di Chimica, Università degliStudi di Bari)[OR16PM-D03] Correlations between short and long-scale instabilities in magnetron plasmas, combining
modeling and experiments
Tiberiu Minea1, Sedina Tsikata2, Adrien Revel1, Huan Luo3
(1LPGP, UMR 8578 CNRS, Universite Paris-Sud, Universite Paris-Saclay, 91405 Orsay Cedex, France,
2
ICARE, CNRS (UPR 3021), 1C ave. de la Recherche Scientifique, 45071 Orléans, France, 3FEMTO-ST,
UMR 6174 CNRS, MN2S, Univ. Bourgogne Franche-Comte, UTBM, Site de Montbeliard, 90000 Belfort
Cedex, France)[OR16PM-D04] Influence of magnetic field on the plasma decay in the post-arc phase of vacuum circuit
breakers
Dan Wang, Lijun Wang, Yuan Wang, Shenli Jia(State Key Laboratory of Electrical Insulation and Power Equipment, Xi’an Jiaotong University)     E: Room 301, 302, 305     Poster Session 2 (14:00–16:00)[PO16PM-001]

Time-resolved optical emission spectroscopy on streamer plasmas in underwater pulsed spark
discharge
Kern Lee, Kyoung-Jae Chung, Y.S. Hwang(Seoul National University)[PO16PM-002]

Spectroscopic measurement of needle discharge in pure water
Satoshi Uehara1, Haruki Ishizuka2, Takehiko Sato1(1Institute of Fluid Science, Tohoku University, 2School of Engineering, Tohoku University)― 31 ―

[PO16PM-003]

Mapping of 2-D plasma-induced fluid flow using particle image velocimetry
J. Lai, J. Foster(Department of Nuclear Engineering and Radiological Sciences, University of Michigan)[PO16PM-004]

Evaluation of discharge characteristics of solution plasma in ethanol-water mixed solution
Fumisato Gamou, Kazuma Kawahara, Nozomi Takeuchi(Tokyo Institute of Technology)[PO16PM-005]

Electrical and optical characterisation of single-filament dielectric barrier discharges on a water
surface
Hans Höft, Manfred Kettlitz, Ronny Brandenburg(Leibniz Institute for Plasma Science and Technology (INP))[PO16PM-006]

Evaluation of local thermal equilibrium of pulsed surface discharge on water
Kazushi Oura, Tomohiro Furusato, Takahiko Yamashita(Nagasaki University)[PO16PM-007]

Evaluation of current density of pulsed surface discharge on water solution by analyzing
voltage/current waveforms
Takuya Sakamoto, Tomohiro Furusato, Yota Yamamoto, Kensuke Sasaki, Takahiko Yamashita(Nagasaki University)[PO16PM-008]

Power alteration in a DBD-based plasma-jet system due to its interaction with aqueous
solutions
D.K. Athanasopoulos, P. Svarnas(High Voltage Laboratory, Electrical & Computer Eng. Dept., University of Patras)[PO16PM-009]

Picosecond interferometry and analysis of pressure fields around nanosecond microdischarge
filaments in deionized water
Petr Hoffer, Vaclav Prukner, Jiri Schmidt, Milan Šimek
(Institute of Plasma Physics of the CAS)

[PO16PM-010]

The behavior of cavitation bubble plasma with time progress in sodium chloride solution
Sho Okada, Yoshihiro Oka, Hideki Ueno
(University of Hyogo)[PO16PM-011]

Identification of nanocavitation area during (sub)nanosecond electrical breakdown in deionizedliquid water
Petr Bílek1, Petr Hoffer2, Vaclav Prukner2, Z. Bonaventura1, Milan Šimek2(1Masaryk University, Faculty of Science, Department of Physical Electronics, 2Department of Pulse
Plasma Systems, Institute of Plasma Physics, Academy of Sciences of the Czech Republic)[PO16PM-012]

Droplet ejection from liquid gallium and tin interacting with inductively coupled argon andhelium plasmas
Yuki Hamana, N. Shirai, K. Sasaki(Division of Quantum Science and Engineering, Hokkaido University)[PO16PM-013]

Feature profile simulation of plasma-enhanced Ti atomic layer deposition
Kazuki Denpoh1, Paul Moroz2, Taiki Kato1, Masaaki Matsukuma1(1Tokyo Electron Technology Solutions Ltd., 2TEL Technology Center, America, LLC)

[PO16PM-014]

Computer modelling of plasma-optical filter
Iryna V. Litovko1, Alexey A. Goncharov2(1Institute for Nuclear Research NAS of Ukraine, 2Institute of Physics NASU)― 32 ―

[PO16PM-015]

Simulation of the Coulomb expansion of pulsed ion beams with plasma neutralization without
taking into account the external compressive force
Tlekkabul Ramazanov1, Karlygash Dzhumagulova1, Erik Shalenov1, Alexandr Tikhonov2,
Marat Kaikanov2(1Institute of Experimental and Theoretical Physics, Al-Farabi Kazakh National University, 2Departmentof Physics, Nazarbayev University)[PO16PM-016]

Simulation study of physical processes in self-irradiated tungsten
Arimichi Takayama1, Atsushi M. Ito1, Hiroaki Nakamura1,2(1National Institute for Fusion Science, National Institutes of Natural Sciences, 2Nagoya University)[PO16PM-017]

Simulation study of capacitively coupled radio frequency plasma discharges using a boundary
value problem approach
Lizhu Tong
(Keisoku Engineering System Co., Ltd.)[PO16PM-018]

The simulation of high power microwave breakdown of dielectric window with gas release:
PIC/MC/DSMC and multi-time scale estimation
Hong-Yu Wang1, Peng Sun1, Ai-Dong Deng2(1School of Physics Science and Technology, Anshan Normal University, 2Shanghai Bright-Tech
Information Corp. Inc.)[PO16PM-019]

Self-consistent simulation of microwave assisted plasmas
Swaminathan Prasanna, Armelle Michau, Khaled Hassouni(LSPM, UPR 3407 CNRS, Université Paris 13)[PO16PM-020]

The behaviour of multi-charged ions inside the cathode spot of copper vacuum arcs: insightfrom 2D electrostatic PIC-DSMC simulation
Wei Yang, Qianhong Zhou, Zhiwei Dong
(Institute of Applied Physics and Computational Mathematics)[PO16PM-021]

The critical avalanche of runaway electrons
Evgeny Oreshkin(P.N. Lebedev Physical Institute of the Russian Academy of Sciences / Institute of High Current
Electronics, Siberian Branch, Russian Academy of Sciences)[PO16PM-022]

Electron kinetics in fast-pulsed discharges
Antonio Tejero-del-Caz1, Vasco Guerra1, Mario Lino da Silva1, Luis Marques2, Nuno Pinhão1,
Carlos Daniel Pintassilgo3, Luis L. Alves1(1Instituto de Plasmas e Fusão Nuclear, Instituto Superior Técnico, Universidade de Lisboa, 2Centro deFísica da Universidade do Minho, Campus de Gualtar, 3Faculdade de Engenharia da Universidade do
Porto)[PO16PM-023]

Critical assessment of reaction mechanisms using the LisbOn KInetics tool suit
Antonio Tejero-del-Caz1, Vasco Guerra1, Mario Lino da Silva1, Luis Marques2, Nuno Pinhão1,
Carlos Daniel Pintassilgo3, Tiago Silva1, Luis L. Alves1(1Instituto de Plasmas e Fusão Nuclear, Instituto Superior Técnico, Universidade de Lisboa, 2Centro deFísica da Universidade do Minho, Campus de Gualtar, 3Faculdade de Engenharia da Universidade do
Porto)[PO16PM-024]

Determination of the EEDF by Continuum Spectrum Analysis of Atmospheric Pressure Plasmausing a Genetic Algorithm
Thijs van der Gaag, Hiroshi Akatsuka, Hiroshi Onishi(Tokyo Institute of Technology)― 33 ―

[PO16PM-025]

Measurement of energy distribution function of negatively charged particles incident on asubstrate using retarding field energy analyzer in DC magnetron sputtering
Yoshinobu Matsuda, Masaki Ishiba, Shu Yasumoto, Atsushi Kina, Tomohiro Furusato,
Takahiko Yamashita(Nagasaki University)[PO16PM-026]

Time-of-flight mass spectrometric diagnostics for ionized and neutral species in high power
pulsed magnetron sputtering
Keizo Tsukamoto1,2, Tetsuro Tamura1, Hiromi Matsusaki1, Masahide Tona2, Hiroaki Yamamoto2,
Yoshihiro Hirai2,3, Hiroshi Nishida3, Yuki Nakagomi3, Nobuo Nishimiya3, Masaomi Sanekata3,
Keijiro Ohshimo1, Kiichirou Koyasu1, Fuminori Misaizu1(1Department of Chemistry, Graduate School of Science, Tohoku University, 2Ayabo Corporation,
3
Faculty of Engineering, Tokyo Polytechnic University)[PO16PM-027]

Effect of tantalum deposition on plasma electrode surface upon negative hydrogen ion
production
Kenta Maeshiro1, Motoi Wada1, Singo Masaki2(1Doshisha University, 2SOKENDAI (The Graduate University for Advanced Studies))[PO16PM-028]

Electron density diagnostics in atmospheric pressure radio frequency dielectric barrierdischarge and discharge with bare electrodeLei Wang1, Nikola Cvetanović 2, Brastilav Obradović 2, Eusebiu-Rosini Ionita3, Gheorghe Dinescu3,
Christophe Leys1, Anton Nikiforov1(1Department of Applied Physics, Ghent University, 2Faculty of Physics, University of Belgrade, 3National
Institute of Laser, Plasma and Radiation)[PO16PM-029]

Application of chemical probes to study on radical transportation inside of flexible tubes
Hiroto Matsuura, Yoshiki Matsui, Nguyen Trung Tran, Bounyang Ouanthavinsak, Jin Sakamoto,
Ryoko Asada, Masakazu Furuta(Osaka Prefecture University)[PO16PM-030]

Development of planar type cutoff probe for measurement of the plasma electron density in
low-pressure plasmas
Dae-Woong Kim1, Si-Jun Kim2, Shin-Jae You2, Min Hur1, Woo-Seok Kang1(1Korea Institute of Machinery and Materials, 2Chungnam National University)[PO16PM-031]

Effect of probe-induced perturbations in Capacitively Coupled Radio Frequency (CCRF)
Discharges
Arti Rawat, Ashish Ganguli, Ramesh Narayanan, R.D. Tarey(Indian Institute of Technology Delhi)[PO16PM-032]

Comparison of three methods for sheath potential analysis using an emissive probe
measurement
In Je Kang1, In Sun Park1, Eugene Wackerbarth2, Min-Keun Bae1, Noah Hershkowitz3, Greg Severn2,
Kyu-Sun Chung2(1Hanyang University, 2University of San Diego, 3University of Wisconsin-Madison)[PO16PM-033]

Experimental Investigation of Vacuum Arc in Microsecond scale between Small-Size Trigatronwith Refractory-electrodes
Yuan Wang, Lijun Wang, Jie Deng, Shenli Jia(State Key Laboratory of Electrical Insulation and Power Equipment, Xi’an Jiaotong University)[PO16PM-034]

Measurement of Metal Vapor Composition in Vacuum Plasma Generated between CuCr
Electrodes
Ryo Kikuchi1, Yuki Inada2, Hiroyuki Nagai1, Shigeyasu Matsuoka1, Akiko Kumada1, Kunihiko Hidaka1(1The University of Tokyo, 2Saitama University)― 34 ―

[PO16PM-035]

Measurement of 2-D Temperature Distribution in Vacuum Arc
Takuya Mitani1, Akiko Kumada1, Kunihiko Hidaka1, Akihiro Suwa2, Yoshihiko Matsui2,
Masayuki Sakaki2(1The University of Tokyo, 2Meidensha Corporation)[PO16PM-037]

Temporal evolution of sound waves produced by pulsed laser ablation on metals at atmosphericpressure
Sena Tsuchiya, Riku Watase, Kanji Shibagaki(Department of Electrical and Electronic Engineering, National Institute of Technology, Suzuka College)[PO16PM-038]

Spatiotemporal measurement of OH radical density in helium atmospheric pressure plasma jet
Tokuhiro Makoto, Ryo Ono(The University of Tokyo)[PO16PM-039]

Characteristics of OH radical emission by microwave atmospheric pressure plasma jet
Jun Choi1, Jea hee Lee2, Da Young Hong2(1Korea Institute of Industrial Technology, 2University of Ulsan)[PO16PM-040]

Spectroscopic observation of argon atmospheric pressure plasma jet
Susumu Suzuki1, Kenji Teranishi2, Naoyuki Shimomura2, Haruo Itoh1(1Chiba Institute of Technology, 2Tokushima University)[PO16PM-041]

Behavior of metastable Ar atom generated in microwave excited atmospheric pressure Ar gas
plasma jet in open air
Keigo Takeda1, Fumiya Satake1, Masaki Kataoka1, Mineo Hiramatsu1, Kenji Ishikawa2, Masaru Hori2(1Meijo University, 2Nagoya University)[PO16PM-042]

Optical emission spectroscopy of atmospheric pressure micro-plasma jets under the influenceof a strong magnetic field
Kalyani Barman1, Deepika Behmani1, Mohit Mudgal1, Sudeep Bhattacharjee1, Ramkrishna Rane2,
Sudhir K. Nema2(1Indian Institute of Technology Kanpur, 2Institute for Plasma Research, Gandhinagar)[PO16PM-043]

Influence of admixtures on atmospheric pressure microwave plasma torch used for graphenenanosheets synthesis
Vit Kudrle, Miroslav Snirer, Jozef Toman, Ondrej Jasek, Jana Jurmanova(Masaryk University)[PO16PM-044]

The time-spatial structure of streamers in helium and argon atmospheric pressure plasma jets
driven by AC DBD
Olga Stepanova1, Mikhail Pinchuk1, Alexander Astafiev1, Zhaoquan Chen2(1Laboratory of Plasma Diagnostics, Institute for Electrophysics and Electrical Power of Russian
Academy of Sciences, 2College of Electrical and Information Engineering, Anhui University ofTechnology)[PO16PM-045]

Parameters of the non-equilibrium plasma torch, sustained by focused radiation of the gyrotron
Alexander Vodopyanov, S. Sintsov, D. Mansfeld(Institute of Applied Physics of RAS)

[PO16PM-047]

Conversion and energy efficiency of microwave plasma torch for CO2 conversion in pressure
range 60-900 mbar
Ante Hecimovic, Federico D’Isa, Emile Carbone, Ursel Fantz(Max-Planck-Institut für Plasmaphysik)― 35 ―

[PO16PM-048]

Influences of the quartz tube diameter on the propagation length of the radio-frequency
atmospheric-pressure glow discharge plasma jets
Heping Li, M.A. Khan, Jing Li(Department of Engineering Physics, Tsinghua University)[PO16PM-049]

Understanding the evolution of a He and He/O2 capillary plasma jet
Constantinos Lazarou1,2, Charalambos Anastassiou1,2, Ionut Topala3, Alina Silvia Chiper3,
Ilarion Mihaila4, Valentin Pohoata3, Pascal Vogel5, Alexander Knodel5, Bienvenida Gilbert Lopez6,
Juan Francisco Garcia Reyes6, Antonio Molina-Diaz6, Joachim Franzke5, George Elias Georghiou1,2(1FOSS Research Centre for Sustainable Energy, Department of Electrical and Computer Engineering,
University of Cyprus, 2ENAL Electromagnetics and Novel Applications Lab, Department of Electricaland Computer Engineering, University of Cyprus, 3Iasi Plasma Advanced Research Center (IPARC),
Faculty of Physics, Alexandru Ioan Cuza University of Iasi, 4Integrated Center of Environmental Science
Studies in the North-Eastern Development Region (CERNESIM), Alexandru Ioan Cuza University ofIasi, 5ISAS – Leibniz Institut für Analytische Wissenschaften, 6Analytical Chemistry Research Group,
Department of Physical and Analytical Chemistry, University of Jaén)[PO16PM-050]

Temporal variation of plasma discharge current in atmospheric pressure helium plasma jet
Veda Prakash Gajula, Narayan Behera, Kiran Kumar Patel, Ajai Kumar(Institute for Plasma Research)[PO16PM-051]

Effect of oxygen impurity on an atmospheric nanosecond pulsed helium plasma jet impinging
on a dielectric surface
Lijun Wang, Yashuang Zheng, Jie Liu, Dan Wang
(Xi’an Jiaotong University)[PO16PM-052]

Behavior of Atmospheric Pressure Plasma Jet using Double Electrode with Additional Ground
Electrode
Wannakuwaththawaduge Thomas Leon Suganda Fernando, Kazumasa Takahashi, Takashi Kikuchi,
Toru Sasaki(Nagaoka University of Technology)[PO16PM-053]

Experimental observation of the moving striation in glow-like Ar-NH3 APPJ
Zhengshi Chang1, Ni Zhao2, Cong Wang1, Guoqiang Li1, Congwei Yao1, Guanjun Zhang1(1Xi’an Jiaotong University, State Key Laboratory of Electrical Insulation and Power Equipment,
2
Institute of Water Resources and Hydro-Electric Engineering, Xi’an University of Technology)[PO16PM-054]

Suppress of Plasma Source Temperature Increment for Long Time Irradiating with Argon Jet
Nguyen Trung Tran1, Hiroto Matsuura1, Bounyang Oanthasavik1, Ba Duc Nguyen2(1Osaka Prefecture University, 2Jeju National University)[PO16PM-055]

Statistics of current pulses in a surface barrier discharge on electrodes of various materials
Igor Selivonin1,2, Ivan Moralev1(1Joint Institute for High Temperatures RAS, 2Moscow Power Engeneering Institute)[PO16PM-056]

SiH4 gas velocity dependence of deposition rate and Si-H2 bond density of a-Si:H films
deposited by multi-hollow discharge plasma CVD method
Hisayuki Hara, Shota Nagaishi, Ryosuke Iwamoto, Daisuke Yamashita, Kunihiro Kamataki, Naho Itagaki,
Kunihiro Kamataki, Masaharu Shiratani(Kyushu University)[PO16PM-058]

Low Temperature Fabrication of Low Hydrogen Content SiN films in a Multi-Hollow
Discharge Plasma CVD
Kunihiro Kamataki, S. Nagaishi, Y. Sasaki, H. Hara, D. Yamashita, N. Itagaki, K. Koga, M. Shiratani(Kyushu University)― 36 ―

[PO16PM-059]

Detection efficiencies of a micro-channel plate for positive/negative low energy hydrogen ions
Fumiya Ikemoto1, Ippei Yamada1, Yuji Shimabukuro1, Nozomi Tanaka2, Katsuyoshi Tsumori3,
Hitoshi Yamaoka4, Mamiko Sasao5, Motoi Wada1(1Graduate School of Science and Engineering, Doshisha University, 2Institute of Laser Engineering,Osaka University, 3National Institute for Fusion Science, 4RIKEN SPring-8, 5Institute for R&D
Promotion, Doshisha University)[PO16PM-060]

Spatial Distribution Measurement of Ion Beams Extracted from a Carbon Molecular Ion
SourceHajime Aki, Naoki Miyamoto, Yuta Imamura, Toshiro Kasuya, Motoi Wada
(Graduate School of Science and Engineering, Doshisha University)[PO16PM-061]

Detection of electrically charged dusts in ion beam transport region
Motoi Wada, Kentaro Yoshioka, Yusuke Kuwata, Naoki Miyamoto(Doshisha University)[PO16PM-062]

Variable gaseous plasma ion beams for nano-structuring
Sanjeev Kumar Maurya, Sushanta Barman, Nandita Pan, Sudeep Bhattacharjee(Indian Institute of Technology Kanpur)[PO16PM-063]

Temperature and velocity measurements for plasma spray droplets using the simple monitoring
systemYasuyuki Kawaguchi1,3, M. Shiratani1, Y. Yamagata2, K. Muraoka3(1Graduate School and Faculty of ISEE, Kyushu University, 2Interdisciplinary Graduate School ofEngineering Sciences, Kyushu University, 3Plazwire Co., Ltd.)[PO16PM-065]

Molecular Dynamics Simulation of SiO2 Etching with Fluorocarbon Ions and Radicals
Charisse Marie Donato Cagomoc, Michiro Isobe, Satoshi Hamaguchi(Osaka University)[PO16PM-066]

Fabrication of diffraction gratings on organic crystals by using plasma etching
S. Murakami1, H. Kishimoto1, M. Odani2, Y. Inada2, K. Takahashi1, T. Yamao2(1Faculty of Electrical Engineering and Electronics, Kyoto Institute of Technology, 2Faculty of Materials
Science and Engineering, Kyoto Institute of Technology)[PO16PM-067]

Nanopattering on metal by ion-plasma technologies for holograms
Markizat M. Myrzabekova1, Muratov M. Muratov1, Nazim Guseinov1, Renata Nemkayeva1,
Ya. Shabelnikova2, Sergey I. Zaitsev2(1National Nanotechnological Laboratory of Open Type at Al-Farabi Kazakh National University,
2
Institute of Microelectronics Technology and High-Purity Materials RAS)

[PO16PM-068]

Uniformity Control in Capacitively Coupled Plasmas
SangHeon Song
(Lam Research Corporation)[PO16PM-069]

Effect of substrate temperature on the crystalline of MgO thin films by sputtering gas of Ar+N2
mixtureMiki Goto, H. Nakayama(Department of Electrical and Electronic Engineering, Kanagawa Institute of Technology)[PO16PM-070]

Computational study of thin films growth by plasma deposition using atomistic modelling
Vit Gabriel, Pavel Kocán, Jakub Palacký(Department of Surface and Plasma Science, Faculty of Mathematics and Physics Charles University)― 37 ―

[PO16PM-071]

Experimental and computational study on aluminium oxide surfaces exposed to halogen
containing plasmas
Hojun Kang1, Kazuhiro Karahashi1, Tomoko Ito1, Takuya Ishihara2, Masaru Soeda2, Masashi Sekine2,
Satoshi Hamaguchi1(1Center for Atomic and Molecular Technologies, Osaka University, 2Azbil Corporation)[PO16PM-072]

Plasma CVD of BN nanotubes using catalytic nanoparticles
Tatsuya Shiratori, T. Yanase, T. Nagahama, Y. Yamamoto, T. Shimada(Division of Applied Chemistry, Hokkaido Univ.)[PO16PM-073]

Low Damage Radical Nitridation of Silicon using Surface Plasmon Resonance of Gold
Nanoparticle Catalyst
Machiko Miyake, Kohei Honda, Takeshi Kitajima, Toshiki Nakano(National Defense Academy)[PO16PM-074]

Cyclic BCl3-based plasma treatments for enhancing surface quality of (010) ß-Ga2O3 substrates
Yohan Eric Douest1,2, Cedric Mannequin1, Toshimistu Ito3, Y. Ozaki3, Christophe Vallee1,4,Etienne Gheeraert1,5, Katsuhiro Akimoto1, Masahiro Sasaki1, Takashi Teramoto6, Christian Dussarrat6(1Department of Applied Physics, University of Tsukuba, 2Univ. Grenoble Alpes, Polytech Grenoble,
3
National Institute of Advanced Industrial Science and Technology (AIST), (4Univ. Grenoble-Alpes,
CNRS, LTM, 5Univ. Grenoble Alpes, CNRS, Grenoble INP, Institut Néel, 6Air Liquide Laboratories)[PO16PM-075]

Silicon wafer etching by burst-mode high-power ICP with 150 kHz frequency band
Kodai Shibata1, Katsuyuki Takahashi1,2, Seiji Mukaigawa1, Koichi Takaki1,2, Ken Yukimura1,
Hisato Ogiso3, Shizuka Nakano3(1Faculty of Science and Engineering, Iwate University, 2Agri-Innovation Center, Iwate University,
3
National Institute of Advanced Industrial Science and Technology)[PO16PM-076]

DC atmospheric pressure microplasma for the synthesis of gold nanoparticle/graphene oxide
nanocomposites
Daye Sun1, Miao Tang2, Li Zhang3, Brian Falzon1, Dilli Babu Padmanaban4, Davide Mariotti4,
Paul Maguire4, Mei Chen2, Dan Sun1
(1School of Mechanical & Aerospace Engineering, Queen’s University Belfast, 2School of Medicine,
Dentistry and Biomedical Sciences, Queen’s University Belfast, 3Analytical & Testing Center, Sichuan
University, 4Nanotechnology and Integrated Bioengineering Centre, Ulster University)[PO16PM-077]

Mass spectrometric analysis of ionic species in and around atmospheric pressure helium plasma
jets
Kenkichi Nagato1, Takahito Seto2(1National Institute of Technology, Kochi College, 2Toyohashi University of Technology)[PO16PM-078]

Effects of liquid properties on plasma-induced liquid flow
Keisuke Nishida1, Makoto Kawaguchi2, Yuka Hazama2, Giichiro Uchida3, Fumiaki Mitsugi1,
Nozomi Takeuchi4, Kousuke Takenaka3, Kazunari Koga5, Yuichi Setsuhara3, Masaharu Shiratani5,
Toshiyuki Kawasaki6(1Kumamoto University, 2Nippon Bunri University, 3Osaka University, 4Tokyo Institute of Technology,
5
Kyushu University, 6Nishinippon Institute of Technology)[PO16PM-079]

Distribution measurement of reactive oxygen species in water irradiated from atmosphericpressure oxygen-radical source
Nozomi Iio1, Naoyuki Iwata1, Vladislav Gamaleev1, Toshiyuki Kawasaki2, Masaru Hori3, Masafumi Ito1
(1Department of Electrical and Electronic Engineering, Meijo University, 2Department of ElectricalEngineering, Nishinippon Institute of Technology, 3Institute of Innovation for Future Society, Nagoya
University)― 38 ―

[PO16PM-080]

Selective dismantlement of waste photovoltaic panels by electrical discharge for recycling
Soowon Lim1, Maiko Nishi2, Shuhei Maruyama2, Yukihiro Sawamura2, Takao Namihira3, Chiharu Tokoro2(1Waseda Research Institute for Science and Engineering, Waseda University, 2Department of Creative
Science and Engineering, Waseda University, 3Institute of Pulsed Power Science, Kumamoto University)[PO16PM-081]

Generation of high purity nitric oxide (NO) for plasma farming application
Joo Young Park , Sanghoo Park, Hyungyu Lee, Wonho Choe
(Korea Advanced Institutue of Science and Technology)[PO16PM-082]

Characterization of a cold helium plasma jet at atmospheric pressure impinging on glass, waterand metal substrates
J. Cosimi, N. Merbahi, F. Marchal, M. Yousfi(Universite de Toulouse)[PO16PM-083]

Plasma-Assisted Synthesis and Modification of Electrocatalysts and Electrode Materials for
Renewable Energy
Yanru Guo1,2, Xinghua Chang1, Jie Zheng1, Xingguo Li1, Kostya (Ken) Ostrikov2(1Peking University, 2Queensland University of Technology)[PO16PM-084]

Floating bacteria removal characteristics using plasma activated photocatalyst air purification
systemNaohiko Shimura, Noboru Segawa(Toshiba Environmental Solutions Corporation)[PO16PM-085]

Removal of low concentration toluene using a combined non-thermal plasma with catalyst
Yoohyun Seo1,2, Juyoung Park3,4, Choi Jun4, Suhan Kim2
(1Busan National University, 2Green Materials & Processes Group, Korea Institute of Industrial
Technology, 3Department of electronic Engineering, Busan National University, 4Advanced Forming
Process R&D Group, Korea Institute of Industrial Technology)[PO16PM-086]

Decomposition of vanillin using non-equilibrium atmospheric-pressure oxygen radical source
and rotating arc plasma
Ginji Ito1, Naoyuki Iwata1, Vladislav Gamaleeve1, Motoyuki Shimizu2, Masashi Kato2, Masaru Hori3,
Masafumi Ito1
(1Faculty of Science and Technology, Meijo University, Nagoya, 2Faculty of Agriculture, Meijo
University, Nagoya, 3Institute of Innovation for Future Society, Nagoya University)[PO16PM-087]

Air flow effect on bacteria inactivation with DBD
Jun Choi1, Juyoung Park1,2, Yookyum Shin1,2(1Korea Institute of Industrial Technology, 2Pusan National University)[PO16PM-088]

Mass production of plasma activated water by an atmospheric plasma
Yun Sik Jin, Chuhyun Cho, Chang-seung Ha, Chaehwa Shon, Daejong Kim, Seong-Tae Han(Korea Electrotechnology Research Institute (KERI))[PO16PM-089]

Characterization of air dielectric barrier discharges over a water surface in atmosphericpressure for water treatment
Nima Bolouki1, J.H. Hsieh1,2, W. H. Kuan3, Y.Y. Huang3(1Center for Plasma and Thin Film Technologies, Ming Chi University of Technology, 2Departmentof Materials Engineering, Ming Chi University of Technology, 3Department of Safety, Health andEnvironmental Engineering, Ming Chi University of Technology)[PO16PM-090]

Analysis of concentrations of species generated by rotating arc jet in gas phase and treatedliquidVladislav Anatolyevich Gamaleev1, Naoyuki Iwata1, Jun-Seok Oh2, Mineo Hiramatsu1, Masafumi Ito1
(1Meijo University, 2Osaka City University)― 39 ―

[PO16PM-091]

Sterilization Efficacy of Green Nails Symptom and Gray Nails on Bovine Hoof Model Using
an Argon Atmospheric-Pressure Plasma Jet
Mu-Chien Wu1, Chin-Wei Liao1, Yu-Ping Cheng2,3, Zhi-Hua Lin1, Chih-Man Yang2,4, Jong-Shinn Wu1(1Department of Mechanical Engineering, National Chiao Tung University, 2Institute of Molecular
Medicine and Biochemical Engineering, National Chiao Tung University, 3Hsinchu Cathay General
Hospital, 4National Taiwan University Hospital Hsinchu Branch)[PO16PM-092]

Oxygen plasma treatment and Grafted PNIPAAm Composite Hydrogel with silver
nanoparticles for Promotion of Antibacterial Properties
Shih-Ju LIU, Shu-Chuan Liao
(Da-Yeh University)[PO16PM-093]

The effect of DCSBD plasma treatment on wheat seed germination and a-amylase enzyme
activity
Yerbolat Ussenov1,2, A. Akildinova1,2, A.K. Bissenbaev3, Ye. Yerlanuly1, M.T. Gabdullin1,
M.K. Dosbolayev1, T.T. Daniyarov2, T.S. Ramazanov1(1NNLOT, Al-Farabi Kazakh National University, 2Institute of Applied Sciences and Information
Technologies, 3SRI Of Biology and Biotechnology Problems, Al-Farabi Kazakh National University)[PO16PM-094]

Enhancement of growth and antioxidant activity of green-leaf lettuce by DBD plasma
irradiation to seeds
Mamoru Shirakami1, Masako Shindo1, Nobuya Hayashi2(1Faculty of Engineering, Osaka Institute of Technology, 2Interdisciplinary Graduate School ofEngineering Sciences, Kyushu University)[PO16PM-095]

Viability of shelf life extension of blueberries using a plasma pouch
Jinwoo Kim, Sanghoo Park, JooYoung Park, Wonho Choe
(Korea Advanced Institute of Science and Technology)― 40 ―

Wednesday, July 17, 2019
Registration (8:30–13:00)

     A: Hall-L     General Invited Lecture (09:00–09:45)
[GL-02]Chair: Prof. Ute Ebert

Numerical simulation tools for plasma chemistry
Luis L. Alves(Instituto de Plasmas e Fusão Nuclear, Instituto Superior Técnico)General Invited Lecture (09:45–10:30)
[GL-03]Chair: Prof. Alexander Fridman

Multi-frequency atmospheric pressure plasma for surface treatment
Francoise Massines(CNRS PROMES)Topical Invited Lecture (11:00–11:30)
[TL-33]Chair: Prof. Kazunori Koga

Plasma metamaterials: present and future
Osamu Sakai1, A. Iwai1,2, A. Bambina1, Y. Kabe1, C. Inami1, G. Itami1, T. Naito1, S. Miyagi1(1The University of Shiga Prefecture, 2Kyoto University)

Oral Session (11:30–12:30)
[OR17AM-A01] Simulation of Plasma and Solid Based Metamaterial for Antenna Application
Ahmad Nazri Dagang1, H. Jaafar2, R.L. Tan1, S.N. Dahaman1(1School of Ocean Engineering, Universiti Malaysia Terengganu, 2Faculty of Electrical Engineering,
Universiti Teknologi Mara Dungun)[OR17AM-A02] Micorplasma-Assisted Synthesis of GQD-AgNP Nanohybrids with Enhancing Light-Matter
Coupling for SERS-based Detection
Wei-Hung Chiang(National Taiwan University of Science and Technology)[OR17AM-A03] Low-emissivity glass based on aluminium doped zinc oxide thin films deposited by magnetron
sputtering
Eugen Stamate, Kion Norrman, Poul Norby(Technical University of Denmark)[OR17AM-A04] Generation and annihilation kinetics of plasma-induced electronic defects in hydrogenatedamorphous silicon
Shota Nunomura, Isao Sakata, Koji Matsubara(National Institute of Advanced Industrial Science and Technology)― 41 ―

     B: Hall-S     Topical Invited Lecture (11:00–11:30)
[TL-34]Chair Prof. Giichiro Uchida

Dynamic analysis of reactive oxygen nitrogen species in plasma-activated liquid by UV
absorption spectroscopy
Jun-Seok Oh1,2, Endre J. Szili3, Masafumi Ito4, Akimitsu Hatta5,6(1Department of Physical Electronics and Informatics, Osaka City Univ., 2BioMedical Engineering
Center, Osaka City Univ., 3Future Industries Institute, Univ. of South Australia, 4Department of Electricaland Electronic Engineering, Meijo Univ., 5Department of Electronic and Photonic Systems Engineering,
Kochi Univ. Technol., 6Center for Nanotechnology, Research Institute of Kochi Univ. Technol.)

Oral Session (11:30–12:30)
[OR17AM-B01] Measurement of reactive species in gas- and liquid-phase controlled by operating parameters inmicrowave-excited atmospheric pressure plasma
Tae Hun Chung, Hea Min Joh, Hwa Suk Kim, Ara Jo, Jin Woong Chung(Dong-A University)[OR17AM-B02] Optimized properties of carbon nanowall surface for laser desorption / ionization mass
spectrometry
Ryusei Sakai1, Tomonori Ichikawa1, Shun Imai1, Hiroki Kondo1, Kenji Ishikawa1, Takayuki Ohta2,
Mineo Hiramatsu2, Makoto Sekine1, Masaru Hori3(1Department of Electronics, Nagoya University, 2Meijo University, 3Institute of Innovation for Future
Society, Nagoya University)[OR17AM-B03] Reactive oxygen nitrogen species induced reactions at the gas-liquid interface by air plasma
effluent gas
Keisuke Takashima, Shota Sasaki, Yutaka Kimura, Toshiro Kaneko(Graduate School of Engineering, Tohoku University)[OR17AM-B04] From plasma polymer to bladder cancer diagnostic device: A story about the journey from thelaboratory to industrial scale production
Thomas Danny Michl1, Kola Ostrikov1,2, Kit Man Chan1, Hanieh Safizadeh Shirazi1,
Melanie MacGregor1,2, Simon Belcher3, Stephen Robb3, Alex Grochowski3, Adam Di Fiore3,
Jonathan Gleadle4, Jordan Li4, Krasimir Vasilev1,2(1School of Engineering, University of South Australia, 2Future Industries Institute, University of South
Australia, 3Motherson Innovations, 4College of Medicine and Public Health, Flinders University, Flinders
Medical Centre)     C: Hall-K     Topical Invited Lecture (11:00–11:30)
[TL-35]Chair: Prof. Miran Mozetic

The tunability of flowing afterglow systems based on surface-wave (surfatron) microwave
discharges
Kinga Kutasi1, Vasco Guerra2(1Wigner Research Centre for Physics of Hungarian Academy of Sciences, 2Instituto de Plasmas e Fusão
Nuclear, Instituto Superior Técnico, Univ. de Lisboa)― 42 ―

Oral Session (11:30–12:30)
[OR17AM-C01] On electron heating mode transition in low pressure capacitively coupled oxygen discharge
Jon Tomas Gudmundsson1,2, Andrea Proto1(1Science Institute, University of Iceland, 2Department of Space and Plasma Physics, School of ElectricalEngineering and Computer Science, KTH Royal Institute of Technology)[OR17AM-C02] INCA: A new scalable large area plasma source at low pressures
Uwe Reinhard Czarnetzki, Philipp Ahr, Jan Kuhfeld, Tsanko V. Tsankov(Ruhr University Bochum, Faculty of Physics and Astronomy)[OR17AM-C03] A Compact ECR Plasma Source Thruster
Anshu Verma, Ashish Ganguli, Ramesh Narayanan, Ram D. Tarey, Debaprasad Sahu
(Indian Institute of Technology Delhi)[OR17AM-C04] First deuterium experiment on NIFS-RNIS
Haruhisa Nakano1,2, Masashi Kisaki1,2, Katsunori Ikeda1, Katsuyoshi Tsumori1,2, Kenichi Nagaoka1,3,
Yasuaki Haba3, Shingo Masaki2, Yutaka Fujiwara1, Shuji Kamio1, Masaki Osakabe1,3(1National Institute for Fusion Science, National Institutes of Natural Sciences, 2Department of Fusion
Science, SOKENDAI (The Graduate University for Advanced Studies), 3Division of Particle andAstrophysical Science, Nagoya University)     D: Room 403     Topical Invited Lecture (11:00–11:30)
[TL-36]Chair: Prof. David Go

Self-Organization in Atmospheric Pressure Plasmas: Occurrence, Mechanisms of Formation
and Applications
John E. Foster1, Yao E. Kovach1, Maria C. Garcia2, Janis Lai1
(1The University of Michigan, 2University of Cordoba)

Oral Session (11:30–12:30)
[OR17AM-D01] Measurement of surface tension at interface between water and spatial afterglow of an
atmospheric-pressure helium plasma
Takuma Kaneko, Naoki Shirai, Koichi Sasaki(Hokkaido Univ.)[OR17AM-D02] Synthesis of silver nanoparticles using a pin to pin pulsed electrical discharge in water
Arlette Vega Gonzalez, Mine Er, Nicolas Fagnon, Cathy Rond, Xavier Duten(LSPM - CNRS / Institut Galilée - Université Paris 13)[OR17AM-D03] Simulations of Glow and Arc Discharges with Liquid Electrodes
Dmitry Levko1, Robert R. Arslanbekov1, Vladimir I. Kolobov1,2(1CFD Research Corporation, 2The University of Alabama in Huntsville)[OR17AM-D04] Decomposition of allelochemicals in hydroponic nutrient solution using discharge insidebubbleKatsuyuki Takahashi1,2, Rikuya Oikawa1, Syuhei Kawamura1, Koichi Takaki1,2, Naoya Satta3, Takuya
Fujio4(1Faculty of Science and Engineering, Iwate University, 2Agri-Innovation Center, Iwate University,
3
Faculty of Agriculture, Iwate University, 4Agricultural Research Center)― 43 ―

Thursday, July 18, 2019
Registration (8:30–18:00)

     A: Hall-L     General Invited Lecture (09:00–09:45)
[GL-04]Chair: Prof. Jun-Seok Oh

Mass spectrometry and plasma chemistry of atmospheric pressure plasma jets
Jan Benedikt1, K. Sgonina1, G. Willems2, M. Mokhtar Hefny2,3, S. Große-Kreul2, S. Schneider2,D. Ellerweg2(1Institute of Experimental and Applied Physics, Kiel University, 2Research Department Plasmas with
Complex Interactions, Ruhr-University Bochum, 3Mathematics and Engineering Physics Department,
Faculty of Engineering and Technology, Future University in Egypt)

General Invited Lecture (09:45–10:30)
[GL-05]Chair: Prof. Tomohiro Nozaki

Recent trends in renewable energy driven chemistry for energy conversion and storage: plasma
chemistry as the special caseRichard van de Sanden(Dutch Institute for Fundamental Energy Research (DIFFER))

Topical Invited Lecture (16:30–17:30)
[TL-37]Chair: Prof. Hirotaka Toyoda

Influence of surfaces in the kinetic of CO2 plasma
O. Guaitella1, A.S. Morillo-Candas1, T. Dias1,2, E. Baratte1, P. Ogloblina1,2, T. Silva2, J.P. Booth1,
B. Klarenaar3, R. Engeln3, V. Guerra2(1Laboratoire de Physique des Plasmas, Ecole Polytechnique-CNRS, 2IPFN, Instituto Superior Tecnico,
Universidade de Lisboa, 3Department of Applied Physics, Eindhoven University of Technology)[TL-41]

Molecular dynamics simulations for a better understanding of plasma-surface interactions
Emilie Despiau-Pujo, Alexandra Davydova, Vahagn Martirosyan, Gilles Cunge, Olivier Joubert(LTM, Univ. Grenoble Alpes/CNRS)

Oral Session (17:30–18:15)
[OR18PM-A01] Production of negative-ions upon positive-ion impact on surfaces in low-temperature lowpressure plasma
Gilles Cartry1, Lenny Tahri1, Jean-Marc Layet1, Alain Simonin2(1aix marseille universite, 2CEA IRFM)[OR18PM-A02] Effect of different surface materials upon plasma dynamics and hydrogen densities in a radiofrequency inductively coupled plasma
James Timothy Ellis1, Scott Doyle1, Sandra Schroeter1, Andrew R. Gibson1,2, Kari Niemi1, Timo Gans1(1York Plasma Institute, Department of Physics, University of York, 2Research Group for Biomedical
Plasma Technology, Ruhr-Universität Bochum)[OR18PM-A03] Arc behavior on tungsten nanostructure under helium plasma exposure
Dogyun Hwangbo1, Daisuke Nishijima2, Shin Kajita3, Russell P. Doerner2, Hirohiko Tanaka1,
Noriyasu Ohno1― 44 ―

(1Graduate School of Engineering, Nagoya University, 2Center for Energy Research, University ofCalifornia San Diego, 3Institute of Materials and Systems for Sustainability, Nagoya University)     B: Hall-S     Topical Invited Lecture (16:30–17:30)
[TL-38]Chair Prof. Igal KronhausStudies on selective production of RONS and chemical change of amino acids in plasma-treatedsolutions
Giichiro Uchida1, Kosuke Takenaka1, Jun-ichiro Ikeda2, Yuichi Setsuhara1(1JWRI, Osaka University, 2Grad. Sch. Med., Chiba University)[TL-42]

Unravelling the mechanism of plasma interaction with biological material
Sung Ha Hong1,2, J. Van der Paal3, M. Yusupov3, N. Gaur2, J.-S. Oh4, R. Short5, E. Szili2, A. Bogaerts3(1Centre for Plasmas and Fluids, Department of Physics and Engineering, The Australian national
University, 2Future Industries Institute, University of South Australia, 3Research Group PLASMANT,
Department of Chemistry, University of Antwerp, 4Department of Electrical and Electronic Engineering,
Meijo University, 5Materials Science Institute and Department of Chemistry, The University of Lancaster)Oral Session (17:30–18:15)
[OR18PM-B01] Microplasma discharge in transdermal drug delivery
Jaroslav Kristof, Tomomichi Aoshima, Marius Blajan, Kazuo Shimizu(Shizuoka University)[OR18PM-B02] Differences of intracellular molecular mechanisms of cell death between plasma-activatedmedium-treated glioblastoma cells and plasma-activated Ringer’s lactate solution-treatedglioblastoma cells
Hiromasa Tanaka, Masaaki Mizuno, Yuko Katsumata, Kenji Ishikawa, Hiroki Kondo, Hiroshi Hashizume,
Shinya Toyokuni, Kae Nakamura, Nobuhisa Yoshikawa, Hiroaki Kajiyama, Fumitaka Kikkawa,
Masaru Hori
(Nagoya University)[OR18PM-B03] On using Dielectric Barrier Discharge to diagnose and Treat Cancer
Ying Zheng1, Z. Zheng2(1Purple Mountain Observatory, Chinese Academy of Sciences, 2Jiangsu Posts and Communications
Planning and Designing Institute Co. LTD.)     C: Hall-K     Topical Invited Lecture (16:30–17:30)
[TL-39]Chair: Prof. Anne Bourdon

Pulsed nanosecond discharges and their applications
T.L. Chng1, I.S. Orel1, Ch. Ding1, S.A. Shcherbanev1, N.A. Popov2, S.M. Starikovskaia1(1Ecole Polytechnique, 2Moscow State University)[TL-43]

Breakdown and plasma formation in reactive nonthermal plasmas at atmospheric pressure
Ronny Brandenburg1, Hans Höft1, Clemence Tyl2, Manfred Kettlitz1, Xi Lin2, Simon Dap2,
Nicolas Naude2(1Leibniz Institute for Plasma Science and Technology, 2LAPLACE, Université de Toulouse, CNRS)― 45 ―

Oral Session (17:30–18:15)
[OR18PM-C01] Photoionization and photoemission in helium and helium/nitrogen gas mixtures
Andrew S. Fierro, Christopher H. Moore, Benjamin T. Yee, Edward V. Barnat, Paul G. Clem,
Matthew M. Hopkins(Sandia National Laboratories)[OR18PM-C02] Time-dependent modelling on initiation of pre-ionized laser filament in atmospheric air underan external field far below conventional threshold
Wei Yang, Qianhong Zhou, Zhiwei Dong
(Institute of Applied Physics and Computational Mathematics)[OR18PM-C03] Plasma candle: Toward larger plasma jet
Hyun-Ha Kim1, Yoshiyuki Teramoto1, Nozomi Takeuchi1,2, Atsushi Ogata1(1AIST, 2Tokyo Institute of Technology)     D: Room 403     Topical Invited Lecture (16:30–17:30)
[TL-40]Chair: Dr. Natalia Babaeva

Modelling non-thermal plasma-flow reactive systems
Maria Luis G.B. Castela, B. Fiorina, O. Gicquel, N. Darabiha, C.O. Laux
(Laboratoire EM2C, CNRS, CentraleSupélec, Univeristé Paris-Saclay)[TL-44]

Streamer-induced kinetics of the ground and excited states in N2-O2 including highly excited
and auto-ionizing states of atomic species
Zdenek Bonaventura1, Petr Bílek1, Milan Šimek2(1Masaryk University, Faculty of Science, Department of Physical Electronics, 2Department of Pulse
Plasma Systems, Institute of Plasma Physics, Academy of Sciences of the Czech Republic)

Oral Session (17:30–18:15)
[OR18PM-D01] Experimental investigation of streamer inception by hydrometeor
Shahriar Mirpour, Sander Nijdam(Eindhoven University of Technology)[OR18PM-D02] Photoionization of molecular oxygen by non-thermal gas discharges in air
Reza Janalizadeh Choobbasti, Victor P. Pasko(Penn State University)[OR18PM-D03] Study of Hydrodynamic effects induced by Nanosecond Repetitively Pulsed (NRP) Discharges
Ciprian Dumitrache, Arnaud Gallant, Gabi Daniel Stancu, Christophe Laux(CentraleSupélec)― 46 ―

     E: Room 301, 302, 305     Poster Session 3 (10:45–12:45)[PO18AM-001]

Transport coefficients of Dense Helium Plasmas
Akmaral Kenzhebekova, Sandugash Kodanova, Moldir Issanova, Tlekkabul Ramazanov,Zhandos Moldabekov(Institute of Experimental and Theoretical Physics, Al-Farabi Kazakh National University)[PO18AM-002]

The comparison between experimental and simulation results of negative ion mobility in O2 in
relation to reduced electric field intensity
Kazuki Ikeda1, Yui Okuyama1, Hiratake Sugawara2(1National Institute of Technology, Tomakomai College, 2Hokkaido University)[PO18AM-003]

Evaluation of electron drift velocity vector in gas under RF electric and DC magnetic fields
Takeshi Sato, Hirotake Sugawara(Hokkaido University)[PO18AM-004]

Electron energy gain mechanisms near chamber wall in inductively coupled magnetizedplasmasHironori Takahashi, Hirotake Sugawara(Hokkaido University)[PO18AM-005]

Quantification of electron confinement effect under confronting divergent magnetic fields
considering mutual electron transfer across separatrix
Ryosuke Ozawa, Hirotake Sugawara(Hokkaido University)[PO18AM-006]

Complex chemical reactions in low-temperature ammonia plasma
Ryuta Tsukamoto, Yasutaka Mizui, Shigeyuki Miyagi, Osamu Sakai(The University of Shiga Prefecture)[PO18AM-007]

On the radical production in remote plasma sources in a remote inductively coupled plasma
sourceYoubin Seol, HongYoung Chang(Korea Advanced Institute of Science and Technology)[PO18AM-008]

Effect of the voltage oscillation on the formation of the secondary streamer in an atmosphericpressure streamer discharge
Atsushi Komuro, Akira Ando
(Tohoku University)[PO18AM-009]

Changing the chemical kinetic mechanism of ignition under the influence of SDBD in a rapid
compression machine
Anastasia Dobrovolskaya1, Elena Filimonova1, Svetlana Starikovskaia2, Alexey Bocharov1,
Valentin Bityurin1(1Joint Institute for High Temperatures RAS, 2Laboratoire de Physique des Plasmas (CNRS, Ecole
Polytechnique, Sorbonne University, University Paris-Sud, Observatoire de Paris, University ParisSaclay))[PO18AM-010]

Implicit Fluid Plasma Solver with Adaptive Mesh Refinement
Robert R. Arslanbekov1, Vladimir I. Kolobov1,2(1CFD Research Corporation, 2The University of Alabama in Huntsville)― 47 ―

[PO18AM-011]

Characterizing streamer discharges in CO2 and Air
Behnaz Bagheri Varnousfaderani1, Jannis Teunissen1,2, Ute Ebert1,3(1Centrum Wiskunde & Informatica (CWI), 2Centre for Mathematical Plasma-Astrophysics, KU Leuven,
3
Department of Applied Physics, Eindhoven University of Technology)[PO18AM-012]

A dimensionless model for direct current corona discharge in ionization region aroundcylindrical conductor
Yuesheng Zheng, Shengwen Shu(Fuzhou University)[PO18AM-013]

Plasma jet dynamics control by external electric fields
Natalia Yu Babaeva, George V. Naidis(Joint Institute for High Temperatures, Russian Academy of Sciences)[PO18AM-014]

Computational Study on Fundamental Properties of Pulsed Discharge at Atmospheric-Pressurefor Hard Coatings Technology by Plasma Assisted Chemical Vapor Deposition
Akinori Oda1, Masahiro Kojima1, Yuta Kimura1, Takayuki Ohta2, Hiroyuki Kousaka3(1Chiba Institute of Technology, 2Meijo University, 3Gifu University)[PO18AM-015]

Determination of Helium discharge atmospheric pressure plasma parameters using numericalsimulation
Thanet Kladphet, Wannakuwaththawaduge Thomas Leon Suganda Fernando, Kazumasa Takahashi,
Takashi Kikuchi, Toru Sasaki(Nagaoka University of Technology)[PO18AM-016]

Time-varying nonlinear kinetics in micro capacitively coupled plasma for the change of thedriving frequency
Jung Yeol Lee, Chang Ho Kim, Hae June Lee(Pusan National University)[PO18AM-017]

Computational modelling of RONS generation and its enhancement by UV photolysis in
atmospheric pressure plasmas
HyunGyu Lee, Sanghoo Park, Joo Young Park, Wonho Choe
(Korea Advanced Institute of Science and Technology)[PO18AM-018]

Molecular Dynamics Potential Development toward Z-Universal Model for Plasma-MaterialInteraction
Atsushi M. Ito(National Institute for Fusion Science)[PO18AM-019]

On-Average Error from DSMC Collisions
William Joseph McDoniel, Christopher Hudson Moore, Gregg Arthur Radtke, Keith Cartwright,
Matthew Tyler Bettencourt(Sandia National Laboratories)[PO18AM-020]

Diagnostics of Low Pressure Inductively Coupled VHF Plasma Used for Nanostructured
Carbon Deposition
Katsuyuki Okada(National Institute for Materials Science)[PO18AM-021]

Propagation of lead plasma jet in the crossed E×B fields in background reflex and RF
discharges
Nikolai Nikolaevich Antonov, Gennadii Dmitrievich Liziakin, Ravil Anatolevich Usmanov,Andrey Vladimirovich Gavrikov, Valentin Pantelejmonovich Smirnov, Rinat Askhatovich Timirkhanov,Sergey Dmitrievich Kuzmichev(Joint Institute for High Temperatures of Russian Academy of Sciences)― 48 ―

[PO18AM-022]

Electronegative gas experiments in a helicon source
Monojit Chakraborty1, Narayan Sharma1, Nirod Kumar Neog1, Mainak Bandyopadhyay2(1Centre of Plasma Physics – Institute for Plasma Research, 2ITER-India, Institute for Plasma Research)[PO18AM-023]

Effect of magnetic filter field configuration in a large-diameter radio-frequency negativehydrogen ion source
Daiki Fujihira, Atsushi Komuro, Kazunori Takahashi, Akira Ando
(Tohoku University)[PO18AM-024]

Non-equilibrium Thermodynamics of electrons in Diverging Magnetic Field
June Young Kim, Seongcheol Kim, K.S. Chung, Jae-young Jang, Soobin Lim, Kyung-Jae Chung,
Y.S. Hwang(Seoul National University)[PO18AM-025]

Study of particle transport across transverse magnetic field in negative ion sources for fusion
Masashi Kisaki1,2, Haruhisa Nakano1,2, Katsuyoshi Tsumori1,2, Katsunori Ikeda1, Yasuaki Haba3,
Shingo Masaki2, Shuji Kamio1, Yutaka Fujiwara1, Kenichi Nagaoka1,3, Masaki Osakabe1,2(1National Institute for Fusion Sciencce, 2SOKENDAI (The Graduate University for Advanced Studies),
3
Nagoya University)[PO18AM-026]

Particle balance in a steady state plasma confined in a dipole magnetic fieldAnuj Ram Baitha, Sargam Hunjan, Ayesha Nanda, Sudeep Bhattacharjee(Indian Institute of Technology Kanpur)[PO18AM-027]

Observation of Cold Electrons in the Downstream of a Compact ECR Produced Hydrogen
PlasmaPriti Singh, D. Sahu, R. Narayanan, A. Ganguli, R.D. Tarey, S. Kar(Indian Institute of Technology, Delhi)[PO18AM-028]

Space charge neutralization of an ion beam channel by an ECR plasma flood gun
Yusuke Kuwata1, Takahito Arai1, Shu Ito2, Naoki Miyamoto1, Kotaro Yoshida2, Motoi Wada1(1Graduate School of Science and Engineering, Doshisha University, 2School of Science and Engineering,
Doshisha University)[PO18AM-029]

Spectroscopic Study of CO Excited States in Microwave Discharge CO2 Plasma
Shota Yamada, Hiroshi Akatsuka, Atsushi Nezu
(Tokyo Institute of Technology)[PO18AM-030]

Molecular gases dissociation in microwave plasmas via electronically excited states productionof atomic species
Guillaume Lombardi, Enrico Bisceglia, Mostafa Aldanawi, Xavier Aubert, Swaminathan Prasanna,Corinne Duluard, Khaled Hassouni(CNRS LSPM)[PO18AM-031]

Measurement of OH density in water vapor microwave excited plasma using laser-induced
fluorescence
Itsuki Inoue1, Ryo Ono1 Takeshi Aizawa2,3, Tatsuo Ishijima2(1The University of Tokyo, 2Kanazawa University, 3Yonekura MFG)

[PO18AM-032]

Potential Control of Surface Wave Excited Plasma by Pulsed DC Voltage Applied to
Plasma-Immersed Waveguide
Sho Fukuda1, Ko Udagawa1, Haruka Suzuki1, Yuki Tauchi2, Hirotaka Toyoda1(1Department of Electronics, Nagoya University, 2Applied Physics Research Lab., Technical Development
Group, Kobe Steel Ltd.)― 49 ―

[PO18AM-033]

Experimental approach to flattening profiles in diffraction-loss area of microwaves using
plasma-metamaterial structure
Chui Inami1, Yuki Kabe1, Akinori Iwai2, Alexandre Bambina1, Shigeyuki Miyagi1, Osamu Sakai1(1Department of Electric System Engineering, University of Shiga Prefecture, 2Research Institute for
Sustainable Humanosphere, Kyoto University)[PO18AM-034]

Radiation of the sliding surface discharge interacting with the shock wave
Irina V. Mursenkova, Aleksander Yu. Kuznetsov, Pavel Yu. Ulanov(Lomonosov Moscow State University, Faculty of Physics)[PO18AM-035]

Model of the convective thermal desorption of deuterium and formation of plasma ion
composition in a pulsed vacuum arc discharge with a metal deuteride cathodeIgor Vladimirovich Uimanov1, Dmitry Leonidovich Shmelev1, Sergey Alexandrovich Barengolts1,2(1Institute of Electrophysics UB RAS, 2Prokhorov General Physics Institute RAS[PO18AM-036]

Study of the hollow cathode discharge in argon
Xinyu Hou, Yutai Li, Quan Zhou, Hao Wang, Xiaobing Zou, Haiyun Luo, Xinxin Wang
(Tsinghua University)[PO18AM-037]

Studies of the influence of the electrode material and geometry on the characteristics of Hollow
Cathode Discharges
Steve Muhl1, R. Sangines2, J. Cruz3, E. Camps4(1Instituto de Investigaciones en Materiales, Universidad Nacional Autonoma de México, 2CONACYT,Centro de Nanociencias y Nanotecnologia, Universidad Nacional Autonoma de México, 3Centro de
Nanociencias y Nanotecnologia, Universidad Nacional Autonoma de México, 4Departamento de Fisica,
ININ)[PO18AM-038]

Characterization of the Penning ionization gauge source through electron energy distributionfunction analysis
June Young Kim1, Jae Young Jang1, Won Ik Jeong1, Kyumin Choe1, M.A. Elgarhy2, Kyung-Jae Chung1,
Y.S. Hwang1(1Seoul National Universitiy, 2Al-Azhar University)[PO18AM-039]

Determination of plasma current by force balance condition
Kiyoyuki Yambe, Takuya Inamura(Niigata University)[PO18AM-040]

Gas flow channel analysis by three-dimensional cylindrical coordinate system using plasma
emission observation
Kiyoyuki Yambe, Hidetoshi Saito(Niigata University)[PO18AM-041]

Plasma-assisted reactive processes for low-temperature fabrication of high-mobility InGaZnOx
TFTs
Yuichi Setsuhara1, Masashi Endo1, Horoyuki Hirayama1, Tomoki Yoshitani1, Kosuke Takenaka1,
Giichiro Uchida1, Akinori Ebe2
(1Osaka Univerity, 2EMD Corporation)[PO18AM-042]

Metal organic plasma decomposition method for formation of zinc oxide thin film with low
temperature and under atmospheric pressure
Hiroshi Akamatsu1, Shin-ichi Yamamoto2, Kazunori Ichikawa3(1Kobe City College of Technology, 2Ryukoku University, 3National Institute of Technology, Matsue
College)― 50 ―

[PO18AM-043]

Femtosecond laser ablation of tin-doped indium oxide film on PETSeong Shan Yap, Chern Yang Leong, Chen Hon Nee, Ming Tao Gan, Guang Liang Ong(Faculty of Engineering, Multimedia University)[PO18AM-044]

Ultrasonic Assisted Fabrication of Metal Nanoparticles by Laser Ablation in Liquid
Xin Hu, Mardiansyah Mardis, Wahyu Diono, Noriharu Takada, Hideki Kanda, Motonobu Goto
(Nagoya University)[PO18AM-045]

Droplet-vaporization behavior in vacuum during plasma-assisted mist chemical vapor
deposition
Kosuke Takenaka, Yuichi Setsuhara(Osaka University)[PO18AM-046]

Epitaxial InN nanocolumns grown on Si(111) by RF plasma-assisted metalorganic molecularbeam epitaxy using nitrided InN/Si3N4 double-buffer layers
Wei-Chun Chen1, Sheng Chen2, Yu-Wei Lin1, Chin-Pao Cheng2(1Instrument Technology Research Center, National Applied Research Laboratories, 2Department of
Mechatronic Engineering, National Taiwan Normal University)[PO18AM-047]

P-type nitrogen doped zinc oxide films prepared by magnetron sputtering
Jyh-Shiarn Cherng1,2, J.Y. Chen1, H.T. Zhang3, Q. Chen3, F. Husian1(1Department of Materials Engineering, Ming Chi University of Technology, 2Center for Plasma and Thin
Film Technologies, Ming Chi University of Technology, 3Laboratory of Plasma Physics & Materials,
Beijing Institute of Graphic Communication)[PO18AM-048]

Deposition of GaN on AlN thin films using conventional rf magnetron sputtering plasma
Muliana Tahan1, Nafarizal Nayan1, Anis Suhaili Bakri1, Muhammad Zainizan Sahdan2, Nur Amaliyana
Raship3, Muhammad Khairul Ahmad1, Chin Fhong Soon1, Muhammad Yazid Ahmad4(1Microelectronics and Nanotechnology-Shamsuddin Research Centre (MiNT-SRC), Institute forIntegrated Engineering, Universiti Tun Hussein Onn Malaysia (UTHM) Batu Pahat, 2Preston GeoCEM
Sdn. Bhd., No.33A Jalan Universiti 4, Taman Universiti, 3Department of Electrical and Electronic
Engineering, National Defense University of Malaysia, 4Nanorian Technologies Sdn Bhd)

[PO18AM-049]

Sputter Epitaxy of (ZnO)x(InN)1-x Films on Sapphire Substrates
Nanoka Miyahara, Seichi Urakawa, Daisuke Yamashita, Kunihiro Kamataki, Kazunori Koga,
Masaharu Shiratani, Naho Itagaki(Kyushu University)[PO18AM-050]

Prediction of Sputtering Conditions for Amorphous and Low Resistive ITO/In2O3 Films via
Machine Learning
Ryosuke Iwamoto1, Kunihiro Kamataki1, Soichiro Muraoka1, Nanoka Miyahara1, Daisuke Yamashita1,
Daisuke Ikeda2, Kazunori Koga1, Naho Itagaki1, Masaharu Shiratani1(1Department of Electrical and Electronic Engineering, Kyushu University, 2Department of Infomatics,
Kyushu University)[PO18AM-051]

Sputter deposition of wide bandgap (ZnO)x(AlN)1-x alloys: a new material system with tunablebandgap
Seiichi Urakawa, Nanoka Miyahara, Daisuke Yamashita, Kunihiro Kamataki, Kazunori Koga, Masaharu
Shiratani, Naho Itagaki(School of Information Science and Electrical Engineering, Kyushu University)[PO18AM-052]

Robust superhydrophobic coating on glass substrate by atmospheric pressure plasma jet at levelof kHz frequency
Md. Mokter Hossain, Duc Ba Nguyen, Sudhakaran M.S.P., Young Sun Mok(Jeju National University)― 51 ―

[PO18AM-053]

Effectiveness of flow control using DBD Plasma Actuator under Reduced Pressure
Environment evaluated by Static Pressure Measurement
Yoshiki Maruyama1, A. Komuro1, T. Nonomura2, K. Asai2, A. Ando1(1Department of Electrical Engineering, Tohoku University, 2Department of Aerospace Engineering,Tohoku University)[PO18AM-054]

Experimental Study of Surface-Wave Oscillator with Different Electron Beam Forms
Yuta Annaka, Kazuo Ogura, Yuki Sato, Makoto Nakasone(Niigata University)[PO18AM-055]

High repetitive pulse generation with rotary trigger double spark gap switch
Chuhyun Cho, Yun Sik Jin, Chang-seung Ha, Chaehwa Shon, Daejong Kim(Korea Electrotechnology Research Institute)[PO18AM-056]

Plasma evolution of gas breakdown with partial surface flash-overWei Zhong1,2, Yuanjie Shi1, Ao Xu1, Xingwen Li2(1Institute of Electronic Engineering, China Academy of Engineering Physics, 2State Key Laboratory ofElectrical Insulation and Power Equipment, Xi’an Jiaotong University)[PO18AM-057]

Comparative study of an atmospheric pressure helium plasma jet driven by unipolar
nanosecond-pulses
Tianyu Tang1, H.W. Kim1, G.H. Kim2, B. Lee2, H.J. Lee1
(1Department of Electrical and Computer Engineering, Pusan National University, 2Korea
Electrotechnology Research Institute)[PO18AM-058]

Development and Analysis of Static Parameter Testing Platform for Solid State Microwave
Power Devices
Shan Zhang, Jie Li, Chong Liu(China Electronics Standardization Institute)[PO18AM-059]

Nanosecond Discharge in Air in “needle – electrolyte” system
O.K. Shuaibov, V.I. Chyhin(Lviv LF National Academy)[PO18AM-060]

Low temperature atmospheric pressure plasma treatment for medicine, agriculture and foodindustry
Joanna Pawlat1, P. Terebun1, M. Kwiatkowski1, A. Starek2, A. Przekora3, B. Chudzik4, M. Kopacki2,
G. Ginalska3, Z. Machala5, M. Janda5, K. Hensel5(1Lublin University of Technology, 2University of Life Sciences in Lublin, 3Medical University of Lublin,
4
Maria Curie-Skłodowska University, 5Comenius University)[PO18AM-061]

Influence of Seed Coat Color on Reactive Species in Plasma Irradiated Seeds of Radish Sprouts
Kazunori Koga1,2, Kunihiro Kamataki1, Naho Itagaki1, Masaharu Shiratani1, Vida Mildaziene3(1Kyushu University, 2National Institute of Natural Science, 3Vytautas Magnus University)[PO18AM-062]

Atmospheric pressure plasma treatment of wheat seeds in ambient air
Vlasta Štěpánová1, Zlata Tučeková1, Michal Fleischer1, Jakub Kelar1, Miroslav Zemánek1,
Pavel Slavíček1, Monika Stupavská1, Jan Prášil2, Vaclav Prášil2, Lenka Petrželová2(1Masaryk University, Faculty of Science, Department of Physical Electronics, 2SEMO a.s)

[PO18AM-063]

Anti-tumor Effect Induced by Irradiation to Normal Tissue Using Nanosecond Pulsed Streamer
Discharge
Hiromu Ishizaki1, Yosuke Kondo1, Kazue Mizuno2, Ryo Ono1
(1The University of Tokyo, 2Stanford University)― 52 ―

[PO18AM-064]

Electrets from Corona Plasma Discharges for Regulation of TGFß/Smads Signalling Pathway
in Hypertrophic Scar Tissue
Jian Jiang1, Xinrong Zhang2, Yuanyuan Liang1, Hejuan Liang1, Ping Huang1, Xin Guo1, Lili Cui2
(1Department of Physics and Mathematics, Faculty of Health Service, Navy Medical University,2
Department of Inorganic Chemistry, School of Pharmacy, Navy Medical University)[PO18AM-065]

The Regulation Effect of Electret from Corona Plasma Discharges on Growth and Migration ofHypertrophic Scar Fibroblasts
Jian Jiang1, Xin Guo1, Hejuan Liang1, Yuanyuan Liang1, Jiajie Xu1, Xiaoqiang An2, Lili Cui2
(1Department of Physics and Mathematics, Faculty of Health Service, Navy Medical University,2
Department of Inorganic Chemistry, School of Pharmacy, Navy Medical University)[PO18AM-066]

Enhancement of surface discharge in catalyst pores in dielectric barrier discharges
Jian-Guo Gu1, Ya Zhang2, Ming-Xiang Gao2, Hong-Yu Wang3,4, Quan-Zhi Zhang5, Lin Yi1, Wei Jiang1(1School of Physics, Huazhong University of Science and Technology, 2Department of Physics, Wuhan
University of Technology, 3School of Physics Science and Technology, Anshan Normal University,
4
Shanghai Bright-Tech Information Technology Co. Ltd., 5Research group PLASMANT Department ofChemistry, University of Antwerp)[PO18AM-067]

Short-lived reactive oxygen nitrogen species continuously generated in plasma-exposedsolution activates TRP channels and drug uptake
Shota Sasaki1, Masayoshi Kawase2, Makoto Kanzaki2, Toshiro Kaneko1(1Graduate School of Engineering, Tohoku University, 2Graduate School of Biomedical Engineering,Tohoku University)[PO18AM-068]

Growth promotion of mouse fibroblasts using irradiation of nitric oxide radicals and ultraviolet
light
Yuki Hori1, Naoyuki Iwata1, Tomiyasu Murata2, Masaru Hori3, Masafumi Ito1
(1Faculty of Science and Engineering, Meijo University, 2Faculty of Pharmacy, Meijo University, 3Facultyof Engineering, Nagoya University)[PO18AM-069]

Ion mobility spectrometry monitoring of decomposition of phthalates by corona discharge
Ladislav Moravsky̌, Bartosz Michalczuk, Štefan Matejčík(Comenius University Bratislava)[PO18AM-070]

Numerical investigation on membrane permeation of reactive oxygen species with umbrellasampling
Hayato Ohta, Satoshi Uchida, Fumiyoshi Tochikubo, Yusuke Nakagawa(Tokyo Metropolitan University)[PO18AM-071]

Melanoma cancer cell deactivation by means of atmospheric-pressure DBD-based pulsed
plasma jet
D.K. Athanasopoulos1, A. Marazioti2, K. Sklias1, K. Pefani-Antimisiari3, P. Svarnas1, A. Gerakis4,
S.G. Antimisiaris2,3(1High Voltage Laboratory, Electrical & Computer Eng. Dept., University of Patras, 2Institute of Chemical
Engineering Sciences (ICES)-(FORTH), 3Pharmaceutical Technology Laboratory, Pharmacy Dept.,
University of Patras, 4Aerospace Engineering Dept., Texas A&M University)[PO18AM-072]

Experimental study for distinguishing DBD and plasma-jet power towards biomedical
applications
D.K. Athanasopoulos1, P. Svarnas1, P.K. Papadopoulos2(1High Voltage Laboratory, Electrical & Computer Eng. Dept., University of Patras, 2MechanicalEngineering and Aeronautics, University of Patras)― 53 ―

[PO18AM-073]

The Effect of Atmospheric Oxygen Plasma on Macrophage-like Cells
YiCi Yao, Nobuya Hayashi(Interdisciplinary Graduate School of Engineering Sciences)[PO18AM-074]

Bactericidal effect and maintain the quality of the pepper mint by atmospheric plasma jet
Yuichiro Takemura1, Yusuke Morita1, Masakazu Furuta2(1Kindai University, 2Osaka Prefecture University)[PO18AM-075]

Dielectric barrier discharge plasma treatment of porcine whole blood
Sho Sakamaki1, Yoshinori Tateishi2, Kenji Teranishi3, Naoyuki Shimomura3, Toshiya Okahisa4(1Graduate School of Advanced Technology and Science, Tokushima University, 2Faculty of Engineering,
Tokushima University, 3Graduate School of Technology, Industrial and Social Sciences, Tokushima
University, 4Graduate School of Biomedical Sciences, Tokushima University)[PO18AM-076]

Molecular dynamics simulations on transport of reactive oxygen and nitrogen species in cell
membrane under electric field application
Atsushi Kokubu1,
A. Kokubu1, S. Uchida1, Y. Nakagawa1, F. Tochikubo1, T. Sato2(1Department of Electrical Engineering and Computer Science, Tokyo Metropolitan University, 2Instituteof Fluid Science, Tohoku University)[PO18AM-077]

Biomedical Applications of Diamond-Like Carbon Coatings on Ti6Al4V by Plasma Enhanced
Chemical Vapor Deposition
Yan Fen Wei1, Shu Chuan Liao1, Shui-Yang Lien2(1Da-Yeh University, 2Xiamen University of Technology)[PO18AM-078]

Sterilization of aqua pathogens using a DBD plasma with an asymmetric electrodeconfiguration based on a plasma oxidation process
Yong Cheol Hong, Kang I. Kim, S.H. Ma(Plasma Technology Research Center)[PO18AM-079]

Quantum chemical analysis on oxidation of membrane constituent molecules by plasma
irradiation
Kazuki Toda1, Satoshi Uchida1, Yusuke Nakagawa1, Fumiyoshi Tochikubo1, Takehiko Sato2(1Department of Electrical Engineering and Computer Science, Tokyo Metropolitan University, 2Instituteof Fluid Science, Tohoku University)[PO18AM-080]

The first installation and initial evaluation of practical DBD electrodes retrofitted on the bladeof commercial 300kW wind turbine
Motofumi Tanaka1, Noritsugu Kubo1, Hirokazu Kawabata1, Nobuyoshi Watanabe2, Hideaki Sato2,
Masafumi Takeyama2, Kiyoshi Minegishi2, Yukihiro Oryu3(1National Institute of Advanced Industrial Science and Technology, 2Asahi Rubber Inc., 3Hokutaku Co.,Ltd.)

[PO18AM-081]

Specific localization of quasi-DC discharge and its influence on jet structure in supersonic
airflow
Dmitry A. Yarantsev1, Aleksandr A. Firsov1, Ivan A. Moralev1, Aleksandr V. Efimov1, Sergey B. Leonov2(1Joint Institute for High Temperatures, 2University of Notre Dame)[PO18AM-082]

Effect of the pulse voltage rise rate in the separation flow control by nanosecond-pulsed-driven
plasma actuator
Kento Suzuki1, Atsushi Komuro1, Kohei Mitsuhashi1, Shoki Kanno1, Keisuke Takashima2,
Taku Nonomura3, Toshiro Kaneko2, Keisuke Asai3, Akira Ando1(1Department of Electrical Engineering, Tohoku University, 2Department of Electronic Engineering,Tohoku University, 3Department of Mechanical and Aerospace Engineering, Tohoku University)― 54 ―

[PO18AM-083]

Study on electron cross-field drift by an azimuthal electric-field in Hall thrusters: from plasma
density and potential structures
Junhwi Bak, Rei Kawashima, Kimiya Komurasaki, Hiroyuki Koizumi(The University of Tokyo)[PO18AM-084]

Generation experiment of laser sustained plasma using penning effect for application to laser
propulsion
Tomoki Kamei1, Takahiro Ono1, Ryoki Niwa1, Makoto Matsui1, Koichi Mori2(1Department of Engineering, Shizoka University, 2Graduate School of Engeeirng, Nagoya University)[PO18AM-085]

Spectroscopic investigations of atomic processes in Xe plasma of Hall Thruster
Dariya Dmitrievna Krivoruchko, Alexander Skrylev(Moscow Institute of Physics and Technology (State University))

Poster Session 4 (14:15–16:15)[PO18PM-001]

ITER VSRS First mirror plasma cleaning using high frequency gas discharge – understanding
RF circuit design and plasma effects
Andrey G. Ushakov1, Ad Verlaan1, Ulf Stephan2, Olaff Steinke2, Maarten de Bock3, Matthew Maniscalco1,
Peter Verhoeff1(1TNO, 2FAP GmbH, 3ITER-IO)[PO18PM-002]

Experiments of hydrogen isotope exchange in tungsten in a compact plasma device APSEDAS
Mizuki Sakamoto, Masao Takeda, Yu Suzuki, Akihiro Terakado, Naomichi Ezumi(Plasma Research Center, University of Tsukuba)[PO18PM-003]

Linear growth of nano-fibers on hcp-metals by He plasma irradiation
Shin Kajita1, Tomohiro Nojima1, Yuta Yamamoto1, Naoaki Yoshida2, Tatsuki Okuyama1, Noriyasu Ohno1(1Nagoya University, 2Kyusyu University)[PO18PM-004]

Electron Impact Ionization Cross Sections of plasma facing component in fusion devices
Prithvi Singh(Sir Padampat Singhania University)[PO18PM-005]

Development of a Numerical Thermofluid Model on Arc Plasmas with Ablation of Polyacrylate
Gel for Arc Quenching
Masao Shibayama1, Yasunori Tanaka2, Yusuke Nakano2, Tatsuo Ishijima3, Yoshihiko Uesugi2(1Division of Electrical and Computer Science, Kanazawa University, 2Faculty of Electrical and Computer
Engineering, Kanazawa University, 3Research Center for Sustainable Energy and Technology, Kanazawa
University)[PO18PM-006]

On the mechanism of radio-frequency vacuum breakdown
Sergey A. Barengolts1,2, Evgenii V. Oreshkin2, Vladimir I. Oreshkin3, Konstantin V. Khishchenko4,
Dmitry L. Shmelev5, Igor V. Uimanov5(1Prohorov General Physics Institute RAS, 2Lebedev Physical Institute RAS, 3Institute of High Current
Electronics SB RAS, 4Joint Institute for High Temperatures RAS, 5Institute of Electrophysics RAS)

[PO18PM-007]

Investigation of cathode destruction processes in atmospheric pressured dc arc plasma torches
Mikael Armenovich Sargsyan, Dmitriy Viktorovich Tereshonok, Makhach Khairudinovich Gadzhiev,
Alexander Semenovich Tyuftyaev, Georgiy Evgenievich Valyano(Joint Institute for High Temperatures of the Russian Academy of Sciences)[PO18PM-008]

Magnetic field influence on the vacuum arc cathode spot plasma
Mikhail M. Tsventoukh1, Dmitry L. Shmelev2, Sergey A. Barengolts1,3(1Lebedev Physical Institute of Russian Academy of Sciences, 2Institute of Electrophysics of Ural Branchof Russian Academy of Sciences, 3Prokhorov General Physics Institute of Russian Academy of Sciences)― 55 ―

[PO18PM-009]

Criterion of Molten Jets Formation in the Vacuum Arc Cathode Spot
Mikhail A. Gashkov1, Nikolay M. Zubarev1,2(1Institute of Electrophysics, 2Lebedev Physical Institute, RAS)

[PO18PM-010]

The role of cathode sputtering in low-pressure glow discharge
Merlan Dosbolayev, A.R. Abdirakhmanov, T.S. Ramazanov(Institute of Experimental and Theoretical Physics, Al-Farabi Kazakh National University)[PO18PM-011]

Features of the erosion of the surface of carbon materials in the interaction of pulsed plasma
flow
Merlan Dosbolayev, Aigerim Tazhen, Zhanibek Rayimkhanov, Tilekkabul Ramazanov(IETP, Al-Farabi Kazakh National University)[PO18PM-012]

Research on the Plasma-Resistant Film used for Dry Etching Equipment
Umi Ito, H. Sakamoto, T. Nakamura, H. Sasaoka, M. Furuse(Department of Electronic-Mechanical Engineering, National Institute of Technology, Oshima College)[PO18PM-013]

Facility Wall Accommodation Model of Xenon Ion Extracted from Plasma Thruster
Gen Ito, Rei Kawashima, Kimiya Komurasaki, Hiroyuki Koizumi(Department of Aeronautics and Astronautics, The University of Tokyo)[PO18PM-014]

Ozone generation and destruction on ozonizer electrode surfaces
Vera Mazankova1, Anezka Krzyzankova2, David Trunec3, Frantisek Krcma2(1Department of Mathematics and Physics, University of Defence, 2Institute of Physical and Applied
Chemistry, Brno University of Technology, 3Department of Physical Electronics, Masaryk University)[PO18PM-015]

Impact of charged particles on a strong shock wave in a weakly ionized gas: numericalevaluation
Jaroslav Vladimirovich Triaskin, Valery A. Pavlov(St. Petersburg State University)[PO18PM-016]

Low-temperature plasma instabilities related to the nonlinear dynamics of fireballs andmultiple double layers
Dan G. Dimitriu, Sebastian Popescu(Alexandru Ioan Cuza University, Faculty of Physics)[PO18PM-018]

Study of Nonlinear Current in the Dusty Plasma
Reenu Gill1, H.K. Malik2(1Manipal University Jaipur, 2PWAPA Laboratory, Department of Physics)[PO18PM-019]

The dynamics of dust particles in the atmosphere of white dwarfs
Akmaral Kenzhebekova, Sandugash Kodanova, Tlekkabul Ramazanov, Zhandos Moldabekov(Institute of Experimental and Theoretical Physics, Al-Farabi Kazakh National University)[PO18PM-020]

Photoionization and electron impact ionization of metallic species at sprite altitudes as amechanism of initiation of sprite streamers
Reza Janalizadeh Choobbasti, Victor P. Pasko(Penn State University)[PO18PM-021]

On the reasons for the inversion of the polarity effect during subnanosecond breakdown
Dmitry Beloplotov, Dmitry Genin, Victor Tarasenko(Institute of High Current Electronics)[PO18PM-022]

Relationship between dynamic displacement current and streamer velocity
Dmitry V. Beloplotov, Anton A. Grishkov, Dmitry A. Sorokin, Valery A. Shklyaev, Victor F. Tarasenko(Institute of High Current Electronics SB RAS)
― 56 ―

[PO18PM-023]

Optimisation of a ns-pulsed micro-hollow cathode discharge array in Ar/N2 for atomic nitrogenproduction
Guillaume Lombardi1, Salima Kasri1, Kristaq Gazeli2, Joao Santos Sousa2, Gerard Bauville2,
Michel Fleury2, Stephane Pasquiers2, Xavier Aubert1, Jocelyn Achard1, Alexandre Tallaire1,
Claudia Lazzaroni1(1CNRS LPSM, 2CNRS LPGP)[PO18PM-024]

Verification of simulation on vacuum ultraviolet photolysis method for selectively producing
reactive species
Atsuro Iwase, Ryo Ono(The University of Tokyo)[PO18PM-025]

Plasma properties of non-equilibrium microarcs in atmospheric pressure argon from unified
modelling of the plasma and the refractory cathode
Margarita Baeva, Detlef Loffhagen, Dirk Uhrlandt(Leibniz Institute for Plasma Science and Technology)[PO18PM-026]

Investigation of prebreakdown phenomena near the electrodes in a conductive liquid
Dmitrii Viktorovich Tereshonok, Vladislav A. Panov, Michael A. Sargsyan(Joint Institute for High Temperatures of Russian Academy of Sciences)[PO18PM-027]

Temporal variation of OH density in wet nitrogen pulsed streamer discharge with a trace
amount of oxygen
Xiang Zhang1, Atsushi Komuro2, Ryo Ono1
(1The University of Tokyo, 2Tohoku University)[PO18PM-028]

Measurement of single-filament pulsed positive streamer discharge and its comparison with 2D
simulation results
Ryo Ono1, Xiang Zhang1, Atsushi Komuro2(1The University of Tokyo, 2Tohoku University)[PO18PM-029]

Measurement of acoustic wave emitted by plasmas using optical wave microphone
Ryo Kikuchi1, Sho Honda1, Toshiyuki Nakamiya2, Yoshito Sonoda2, Fumiaki Mitsugi3(1Graduate School of Science and Technology, Kumamoto University, 2Shin-Giken Co., Ltd., 3Faculty of
Advanced Science and Technology, Kumamoto University)[PO18PM-030]

Study on Discharge Plasma Modeling Aiming at Accurate Simulation of Electrohydrodynamic
Force Generation in Dielectric Barrier Discharge
Kumi Nakai, Hiroyuki Nishida(Tokyo University of Agriculture and Technology)[PO18PM-031]

Decomposing characteristics of waste water treatments using Ball-lightning like discharge
Mitsuaki Maeyama, Jyun-itiro Tachiro, Yuki Inada(Saitama University)[PO18PM-032]

Simulation of glow-like dielectric barrier discharge in high-pressure Ar/C2H4 mixtures-Influence of Penning ionizationFumiyoshi Tochikubo, Satoshi Uchida(Tokyo Metropolitan University)[PO18PM-033]

Dynamic displacement current induced by a streamer in a point-to-plane gap
Dmitry Beloplotov, Dmitry Sorokin, Victor Tarasenko, Mikhail Lomaev(Institute of High Current Electronics)― 57 ―

[PO18PM-034]

Electrical breakdown in pulsed asymmetric DBDs with mesh electrode
Manfred Kettlitz1, Olivier van Rooij2, Hans Höft1, Ana Sobota2, Ronny Brandenburg1(1Leibniz Institute for Plasma Science and Technology (INP), 2Eindhoven University of Technology, EPG)

[PO18PM-035]

OES methods applicable for diagnosing a plasma produced by a discharge in strongly
overvoltaged gaps filled with dense gases
Dmitry A. Sorokin, Dmitry V. Beloplotov, Mikhail I. Lomaev, Vasily S. Ripenko(Institute of High Current Electronics SB RAS)

[PO18PM-036]

Effective generation of atomic nitrogen radicals in dielectric barrier discharge at medium
pressure
Yusuke Nakagawa, Tatsuki Yoshii, Satoshi Uchida, Fumiyoshi Tochikubo(Tokyo Metropolitan University)[PO18PM-038]

Electron loss process in afterglow of pulsed magnetic neutral loop discharge using Ar/O2/ CF4
or C4F8
X. Xie1, J. Ni1, T. Tsutsumi1, K. Ishikawa1, H. Kondo1, M. Sekine1, M. Hori2(1Graduated School of Engineering, Nagoya University, 2Institute of Innovation for Future Society,
Nagoya University)[PO18PM-039]

Quantum dot photoluminescence; a versatile diagnostic for plasma charging
Zahra Marvi, Tim Donders, Job Beckers(Applied Physics, Eindhoven University of Technology)[PO18PM-040]

Dust particles falling down to electrodes in dusty plasmas
Jiashu Lin1,2, Rui Togashi1, Hiroto Tanaka1, He Huang3, Kazuo Takahashi4, Marie Hénault2,
Laïfa Boufendi2(1Dept. of Electronics, Kyoto Institute of Technology, 2GREMI, University of Orléans, 3College of
Science, Donghua University, 4Faculty of Electrical Engineering and Electronics, Kyoto Institute ofTechnology)[PO18PM-041]

Structural properties and dynamics of dust particles in cryogenic plasmas
Mukhit M. Muratov1,2, Yessenbek Aldakulov2, Tlekkabul S. Ramazanov2, Zhandos A. Moldabekov2,3(1NNLOT, Al-Farabi Kazakh National University, 2IETP, Al-Farabi Kazakh National University, 3Instituteof Applied Science and IT)[PO18PM-042]

Living Bacteria levitated in Dusty Plasmas
Hiroto Tanaka1, Kazuo Takahashi2, Rui Togashi1, Eigo Ito1, Gaëtan Herry3, Marie Hénault4,
Laïfa Boufendi4(1Kyoto Institute of Technology, 2Faculty of Electrical Engineering and Electronics, Kyoto Institute ofTechnology, 3Polytech Orléans, University of Orléans, 4GREMI, University of Orléans)[PO18PM-043]

Collision of an Atom with a Charged Nanoparticle in Plasmas
Sandugash Kulmagambetovna Kodanova, Nuriya Bastykova, Tlekkabul Ramazanov,Zhandos Moldabekov(Institute of Experimental and Theoretical Physics, Al-Farabi Kazakh National University)[PO18PM-044]

The study of the rotational motion of dust structures in DC glow discharge in a magnetic field
Sandugash Kulmagambetovna Kodanova, Assan Abdirakhmanov, Zhandos Moldabekov,
Merlan Dosbolayev, Tlekkabul Ramazanov(Institute of Experimental and Theoretical Physics, Al-Farabi Kazakh National University)[PO18PM-047]

The effect of the threshold occurrence of the rotation of dust clusters in a magnetic field
Sergei Ivanovich Pavlov, Elena Soslanovna Dzlieva, Viktor Yurievich Karasev,
Leontiy Aleksandrovich Novikov(Saint-Petersburg State University)― 58 ―

[PO18PM-048]

Effect of buoyancy on dusty plasmas in high-density carbon dioxide
Noritaka Sakakibara, Yasuhito Matsubayashi, Tsuyohito Ito, Kazuo Terashima(The University of Tokyo)[PO18PM-049]

EUV - induced microplasmas created in gases of near-atmospheric densities
Andrzej Bartnik, Przemyslaw Wachulak, Henryk Fiedorowicz, Wojciech Skrzeczanowski, Tomasz Fok(Military University of Technology, Institute of Optoelectronics)[PO18PM-050]

Fabrication of graphene-based materials using microwave-exited non-equilibrium atmosphericpressure plasma
Mineo Hiramatsu1, Koki Miyashita1, Taishu Oyama1, Keigo Takeda1, Hiroki Kondo2, Masaru Hori3(1Department of Electrical and Electronic Engineering, Meijo University, 2Department of ElectricalEngineering and Computer Science, Nagoya University, 3Institute of Innovation for Future Society,
Nagoya University)[PO18PM-051]

Atmospheric plasma-assisted modification of nanosized TiO2/Y2O3:Er3+/Yb3+ double composite
film and its application to dye-sensitized solar cells
Fadzai Lesley Chawarambwa, H. Chou, Masaharu Shiratani, Kazunori Koga
(Kyushu University)[PO18PM-052]

Deposition of SiOx thin films by atmospheric pressure plasma jet
Yerbolat Ussenov1,2, L. Hansen3, T. Krüger3, T.S. Ramazanov1, H. Kersten3(1Al-Farabi Kazakh National University, NNLOT, 2Institute of applied science and information
technologies, 3PInstitute of Experimental and Applied Physics, Kiel University)[PO18PM-053]

Deposition of CuO thin films by coupling APP jet and spark discharge
Yerbolat Ussenov1,2, M.T. Toktamyssova1,2, M.K. Dosbolayev1, M.T. Gabdullin1, T.T. Daniyarov2,
T.S. Ramazanov1(1NNLOT, Al-Farabi Kazakh National University, 2Institute of Applied Sciences and Information
Technologies)[PO18PM-054]

Effect of Plasma Treatment on Activating Basal Plane of Monolayer MoS2 Synthesized by
CVD
Akihisa Ogino, Masahiro Sugiyama(Graduate School of Integrated Science and Technology, Shizuoka University)[PO18PM-055]

Effect of substrate moving speed during open-air plasma chemical vapor deposition of titaniumoxide thin films
Rodolphe Mauchauffé, Jongwoon Kim, Donghyun Kim, Se Youn Moon
(Chonbuk National University)[PO18PM-056]

Large area, low temperature VO2 thin films deposition by microwave plasma-assisted reactive
sputtering
Ana Lacoste, Alexandre Bes, Runxiao Yang
(LPSC, Université Grenoble Alpes, CNRS)[PO18PM-057]

Plasma-Enhanced Pulsed Laser Deposition: Proof-of-concept for metal-oxide thin films
Sudha Rajendiran1, David Meehan1, Andrew Rossall2, Erik Wagenaars1(1York Plasma Institute, Department of Physics, University of York, York, 2School of Computing andEngineering, University of Huddersfield)[PO18PM-058]

Influence of magnesium content on corrosion resistance of Al-Mg alloy films deposited by
PVD method
Beom-Deok Seo1, Soon-Ho Kim1, Seul-Gee Lee1, Jun-Mu Park1, Yong-Sup Yun1, Tae-Yeob Kim2,
Myeong-Hoon Lee1
(1Korea Maritime and Ocean University, 2POSCO Technical Research Laboratories)― 59 ―

[PO18PM-059]

Corrosion resistance of cross section of Mg films on hot dip Zn-55Al plated steel coated byusing PVD process
Gi-Dong Park, Jae-Hyeock Park, Jun-Mu Park, Hyo-Jin Kim, Myeong-Hoon Lee(Korea Maritime & Ocean University)[PO18PM-060]

Morphology and crystal orientation of Mg films formed on hot dip galvanized steel by PVD
process at various N2 gas pressures
Gi-Dong Park1, Gi-Dong Park1, Yong-Sung Kim1, Yong-Sup Yun1, Tae-Yeob Kim2, Myeong-Hoon Lee1
(1Korea Maritime & Ocean University, 2POSCO Technical Research Laboratories)[PO18PM-061]

Preparing of multi-elements two-dimensional thin films by plasma process using metal andmetal oxide powder targets
Hiroharu Kawaskai1, T. Ohshima1, Y. Yagyu1, T. Ihara1, M. Shinohara1, Y. Suda2(1National Institute of Technology, Sasebo College, 2National Institute of Technology, Ishikawa College)[PO18PM-062]

Corrosion resistance of heat-treated Mg films deposited by sputtering method on the hot dip
aluminized steel
Soon-Ho Kim1, Gi-Dong Park1, Beom-Deok Seo1, Jae-In Jeong2, Ji-Hoon Yang2, Kyeong-Hwang Lee2,
Tae-Yeob Kim3, Myeong-Hoon Lee1
(1Korea Maritime & Ocean University, 2Research Institute of Industrial Science & Technology (RIST),
3
POSCO Technical Research Laboratories)[PO18PM-063]

Mg films deposited by sputtering method on the hot dip aluminized steel and their corrosion
resistanceSoon-Ho Kim1, Beom-Deok Seo1, Jun-Mu Park1, Seul-Gee Lee1, Jae-In Jeong2, Ji-Hoon Yang2,
Kyeong-Hwang Lee2, Myeong-Hoon Lee1
(1Korea Maritime & Ocean University, 2Research Institute of Industrial Science & Technology (RIST))[PO18PM-064]

Properties of titanium oxynitride films prepared by reactive high power pulsed magnetron
sputtering
Takashi Kimura, Takahiro Tanaka(Nagoya Institute of Technology)[PO18PM-065]

Plasma based surface modifications of tungsten substrates for improved surface hardness
Joseph Vimal Vas1, Mayank Mishra1, Rohit Medwal1, Jiaqi Pan2, Ningli Wang2, Junhui Xu2,
Rajdeep Singh Rawat1(1National Institute of Education, NTU, 2Hwa Chong Institute)[PO18PM-066]

Plasma modification of the metals surface
Mikael Armenovich Sargsyan, Alexander Semenovich Tyuftyaev, Makhach Khairudinovich Gadzhiev,
Maxim Valerievich Ilichev(Joint Institute for High Temperatures of the Russian Academy of Sciences)[PO15PM-077]

Influence of small amount of hydrocarbon gas mixture on properties of DLC films in highpower impulse magnetron sputtering system
Takashi Kimura, Kento Sakai(Nagoya Institute of Technology)[PO18PM-068]

Study of surface contact pressure on tribological behaviour of ta-C:H film coated by reactive
cathodic vacuum arc plasma deposition method
Muhammad Aminurul Helmy Mohamad1, Shinsuke Kunitsugu2, Tadayuki Okano3, Masahide Kuroiwa3,
Tatsuyuki Nakatani4(1Graduate School of Engineering, Okayama University of Science, 2Industrial Technology Centerof Okayama Prefecture, 3Tokyo Electronics Co, Ltd., 4Research Institute of Technology, Okayama
University of Science)― 60 ―

[PO18PM-069]

Low-temperature plasma nitriding for austenitic stainless steel coatings fabricated by a directlaser metal deposition
Shinichiro Adachi, Motoo Egawa, Takuto Yamaguchi, Hideki Hagino, Nobuhiro Ueda
(Osaka Research Institute of Industrial Science and Technology)[PO18PM-070]

Selective surface functionalization of membranes by atmospheric pressure plasma for oil-water
separation
Dong-hyun Kim, Rodolphe Mauchauffé, Jong-woon Kim, Se Youn Moon
(Chonbuk National University)[PO18PM-071]

Improvement of Adhesion between Carbon Fiber Reinforced Polymers by AtmosphericPressure Plasma Surface Treatment
Jongwoon Kim1, Rodolphe Mauchauffé1, Donghyun Kim1, Jaewon Kim2, Se Youn Moon1(1Chonbuk National University, 2ANH structure Co., Ltd)

[PO18PM-072]

Electrical characterisation of atmospheric plasma jet during treatments of RPMI 1640 cell
mediumNevena Puač 1, Andjelija Petrović 1, Nikola Škoro1, Gordana Malović 1, Zoran Lj. Petrović 1,2(1Institute of Physics Belgrade, University of Belgrade, 2Serbian Academy Of Sciences and Arts)[PO18PM-073]

Influence of electric field distribution on molecular introduction into SUMA fish eggs by
surface discharge
Yoshihisa Ikeda1, Kenta Funakoshi1, Keitaroh Wada1, Taiju Saito2, Masafumi Jinno1(1Faculty of Engineering, Ehime University, 2Sourth Ehime Fisheries Research Center, Ehime University)[PO18PM-074]

In-Solution Type Plasma Device for Highly-Efficient Drug Transfer
Ryosuke Honda1, Shota Sasaki1, Keisuke Takashima1, Makoto Kanzaki2, Takehiko Sato3, Toshiro Kaneko1(1Graduate School of Engineering, Tohoku University, 2Graduate School of Biomedical Engineering,Tohoku University, 3Institute of Fluid Science, Tohoku University)[PO18PM-075]

Clinical Feasibility of Plasma-activated Medium as Adjuvant Therapy on Malignant Pleural
Effusion
Yun Chien Cheng1, C. Lin1,2, C. Chen1, Y. Cheng1(1National Chiao Tung University, 2National Taiwan University Hospital)[PO18PM-076]

Reactive plasmas to enhance bioactivity of small molecules
Rusen Zhou, R.W. Zhou, K. Ostriokv, K. Bazaka(School of Chemistry, Physics, Mechanical Engineering, Queensland University of Technology)[PO18PM-077]

If atmospheric plasma jet is effective at killing wound related bacteria, is it also effective at
accelerating wound healing?
S. Darmawati1,13, Nasruddin Nasruddin Nasruddin1,12,13, A. Rohmani2, L.H. Nurani3,13,
E.S. Wahyuningtyas4,12,13, F. Murdiya5, I.M. Sikumbang6,12, R.N. Rohmah7, Y.A. Fatimah8, T. Ishijima9,J. Sugama10,11, T. Nakatani10(1Department of Medical Laboratory Science, Universitas Muhammadiyah Semarang, 2Faculty of
Medicine, Universitas Muhammadiyah Semarang, 3Department of Pharmacy, Faculty of Pharmacy,
Universitas Ahmad Dahlan, 4Department of Nursing, Universitas Muhammadiyah Magelang,
5
Department of Electrical Engineering, Faculty of Engineering, Universitas Riau, 6Department ofPharmacy, Universitas Muhammadiyah Magelang, 7Department of Electrical Engineering, Universitas
Muhammadiyah Surakarta, 8Faculty of Engineering, Universitas Muhammadiyah Magelang, 9ResearchCenter for Sustainable Energy and Technology, Kanazawa University, 10Division of Nursing, Kanazawa
University, 11Advanced Health Care Science Research Unit, Institute for Frontier Science Initiative(InFiniti), Kanazawa University, 12Research Center for Experimental Wound Healing, Universitas
Muhammadiyah Magelang, 13Muhammadiyah Research Network for Plasma Medicine (M-Plasmed))― 61 ―

[PO18PM-078]

High-Performance Plasma-Enabled Biorefinery of Microalgae into Value-Added Products
Renwu Zhou1, R.S. Zhou1, X. Zhang2, Z. Fang3, K. Ostriokv1, K. Bazaka1(1School of Chemistry, Physics, Mechanical Engineering, Queensland University of Technology,
2
College of Physical Science and Technology, Fujian Provincial Key Laboratory of Plasma and Magnetic
Resonance, Institute of Electromagnetics and Acoustics, Xiamen University, 3College of ElectricalEngineering and Control Science, Nanjing Tech University)[PO18PM-079]

Application of nano-sized low-temperature plasma produced from heavy ion irradiation to
heavy ion cancer therapy
Kengo Moribayashi(National Institutes for Quantum and Radiological Science and Technology)[PO18PM-080]

Clinical trial using cold atmospheric plasma to treat diabetic foot ulcers
Shahriar Mirpour1, Sara Fathollah2, Mohammadreza Amini3(1Eindhoven university of Technology, 2Amirkabir university of Technology, 3Tehran university of
Medical Science)[PO18PM-081]

Plasma characteristics of the extended plume from an atmospheric pressure plasma jet with
attached silicone tube
Jang-Hsing Hsieh1,2, Y.J. Wei1, J.S. Chen2(1Dept. of Materials Engineering, Ming Chi University of Technology, 2Center for Plasma & Thin Film
Technologies, Ming Chi University of Technology)[PO18PM-082]

Effect of Atmospheric Plasma Jet on biomedical applications
Norhayati Mohd Nasir1, Seong Ling Yap1, Teow Sin Yeang2, Kwai Lin Thong1(1University of Malaya, 2Sunway University)[PO18PM-083]

Cell response in treatment of plasma-activated Ringer’s acetate
Yuki Suda1, Kenji Ishikawa1,2, Hiromasa Tanaka2,3, Hiroshi Hashizume3, Shinya Toyokuni2,4,
Fumitaka Kikkawa2,4, Masaaki Mizuno2,5, Masaru Hori1,2,3(1Department of Electronics, Nagoya University, 2Plasma Medical Science Global Innovation Center,
Nagoya University, 3Institute of Innovation for Future Society, Nagoya University, 4Graduate School of
Medicine, Nagoya University, 5Center for Advanced Medicine and Clinical Research, Nagoya University)[PO18PM-084]

Surface Modification of PP Non-Woven by Acetic Acid Plasma/UV Photo-grafting ofp(HEMA/chitosan) hydrogel and Immobilization of Magnolol
Chia-Feng Hsieh1, Ko-Shao Chen2, Shu Chuan Liao1(1Da-Yeh University, 2Tatung University)[PO18PM-085]

Application of Acetic Acid Plasma Treatment of PP nonwoven and grafted NIPAAm-g-PVA
Hydrogel for Drug Delivery Biocarrier
Chih-Ying Chen1, Ko-Shao Chen2, Shu-Chuan Liao1(1Da-Yeh University, 2Tatung University)[PO18PM-086]

Parameter survey to induce protein aggregation by low energy ionized gas haemostasis
equipment
Hajime Sakakita1, Hiromasa Yamada2, Tetsuji Shimizu1, Masanori Fujiwara1, Susumu Kato1,
Satoru Kiyama1, Jaeho Kim1, Sanae Ikehara1, Nobuyuki Shimizu3, Hayao Nakanishi4, Yuzuru Ikehara1(1National Institute of Advanced Industrial Science and Technology, 2National Institute of Technology,
Nagano College, 3SANNO Hospital (International University of Health and Welfare), 4Aichi Cancer
Center Research Institute)[PO18PM-087]

Antitumor effect of Plasma Activated Medium on human colorectal cancer
Nofel Merbahi1, J. Chauvin1,2, L. Gibot2, P. Vicendo2, M.P. Rols3, M. Golzio3, M. Yousfi1(1LAPLACE, Université de Toulouse, CNRS, INPT, UPS, 2IMRCP, Université de Toulouse, CNRS, UPS,
3
IPBS, CNRS)― 62 ―

[PO18PM-088]

Analysis of Amino Group Bonds in Plasma Polymerization using Molecular Dynamics
Simulation
Anjar Anggraini Harumningtyas1,2, Michiro Isobe1, Tomoko Ito1, Satoshi Sugimoto1, Satoshi Hamaguchi1(1Osaka University, 2National Nuclear Energy Agency of Indonesia)― 63 ―

Friday, July 19, 2019
Registration (8:30–11:00)

     A: Hall-L     Topical Invited Lecture (09:00–09:30)
[TL-45]Chair: Prof. Toshiyuki Kawasaki

A Laser-Induced Breakdown Spectroscopy Perspective in the Earth environment
Giorgio S. Senesi(CNR-NANOTEC, PLasMI Lab)

Oral Session (09:30–10:00)
[OR19AM-A01] Adsorption-plasma catalysis for removal of toluene from dry air using 13X-zeolite packed bed
DBD reactor
Savita K.P. Veerapandian1, Nathalie De Geyter1, Jean-Marc Giraudon2, Guy De Weireld3,
Iuliia Onyshchenko1, Chidharth Krishnaraj4, Karen Leus4, Pascal Van Der Voort4,
Jean-Francois Lamonier2, Rino Morent1(1Ghent University, Faculty of Engineering and Architecture, Department of Applied Physics, Research
Unit Plasma Technology, 2Univ. Lille, CNRS, Centrale Lille, ENSCL, Univ. Artois, 3Universite de Mons,
Faculte Polytechnique, Service de thermodynamique et de physique mathematique, 4Ghent University,
Department of Chemistry, COMOC-Center for Ordered Materials, Organometallics and Catalysis)[OR19AM-A02] Mechanism of reaction enhancement of unexcited molecules in plasma catalytic dry methane
reforming
Seigo Kameshima1,2, Zunrong Sheng1, Tomohiro Nozaki1(1Department of Mechanical Engineering, Tokyo Institute of Technology, 2Japan Society for the
Promotion of Science Research Fellow, DC1)

General Invited Lecture (10:15–11:00)
[GL-06]Chair: Dr. Tetsuya Tatsumi

Plasma etching technologies for semiconductor device manufacturing and future prospects
Hisataka Hayashi(Toshiba Memory)

ICPIG2019/ICRP2019 Oral/Poster & ICRP Paper Awards Ceremony (11:00–11:15)
ICPIG von Engel & Franklin Prize Lecture (11:15–12:15)

Chair: Prof. Holger Kersten

Plasma Processing for Microelectronics Fabrication: Will Modelling and Simulation Help
Maintain Moore’s Law?
Mark J. Kushner, Shuo Huang, Chenhui Qu, Xifeng Wang, Steven Lanham, Jordyn Polito(University of Michigan)― 64 ―

     B: Hall-S     Topical Invited Lecture (09:00–09:30)
[TL-46]Chair: Prof. Hiroshi Akatsuka

Challenges in Design of Very Low Power Plasma Sources for Space Propulsion
Igal Kronhaus(Technion-Israel Institute of Technology)

Oral Session (09:30–10:00)
[OR19AM-B01] Gas temperature measurements in a pulsed, low-pressure Inductively Coupled Plasma inoxygenErik Wagenaars, David Meehan(York Plasma Institute, Department of Physics, University of York)[OR19AM-B02] Copper lines prepared from a plasma-based etch process and electromigration failure
phenomenon
Yue Kuo1, Jia Quan Su1, Mingqian Li1, Tao Yuan2(1Texas A&M University, 2Ohio University)     C: Hall-K     Topical Invited Lecture (09:00–09:30)
[TL-47]Chair: Prof. Sander Nijdam

High-voltage nanosecond discharges under non-uniform gas density conditions
Nickolay L. Aleksandrov1, Ilya N. Kosarev1, Andrey Yu. Starikovskiy2(1Moscow Institute of Physics and Technology, 2Princeton University)

Oral Session (09:30–10:00)
[OR19AM-C01] Development of Nitrogen Vibrational Excitation Plasma Source with Non-Self-Sustaining DC
Discharge
Yuki Kunishima, Keisuke Takashima, Toshiro Kaneko(Tohoku University)[OR19AM-C02] Numerical investigation of initial pressure influence on energy deposition in spark discharge innitrogen
K. Korytchenko, R. Tomashevskiy, I. Varshamova, D. Meshkov(Institute of Education and Science in Power Engineering, Electronics and Electromechanics, National
Technical University “KhPI”)― 65 ―

     D: Room 403     Topical Invited Lecture (09:00–09:30)
[TL-48]Chair: Dr. Kinga Kutasi

Low Temperature Plasma Instabilities and Turbulence
E. Son1,2, O. Gorshkov2, T. Chernyshov1, K. Son2, Yu. Kulikov1(1Joint Institute for High Temperature, Russian Academy of Sciences, 2Moscow Institute of Physics andTechnology)

Oral Session (09:30–10:00)
[OR19AM-D01] Experimental observation of negative ion beam oscillation with a filament-arc-type negative ion
sourceYasuaki Haba1, Kenichi Nagaoka1,2, Katsuyoshi Tsumori2,3, Masashi Kisaki2, Haruhisa Nakano2,3,
Katsunori Ikeda2, Shinji Yoshimura2, Masaki Osakabe2,3(1Nagoya University, 2National Institute for Fusion Science, 3SOKENDAI)[OR19AM-D02] Entropy production during the fireball formation in discharge plasma
Dan G. Dimitriu, Sebastian Popescu(Alexandru Ioan Cuza University, Faculty of Physics)     A: Hall-L     Closure (12:15–12:45)― 66 ―

Satellite Workshops

International workshop on
nanoparticles and nanostructures
synthesized by plasmas for energy
applications
14 July 2019
Sapporo Education and Culture Hall,
Sapporo, Hokkaido in Japan

http://www.kyobun.org/foreign/english.html
Joint Workshop of Conference of XXXIV International Conference on
Phenomena in Ionized Gases (XXXIV ICPIG) and 10th International
Conference on Reactive Plasmas (ICRP-10)
Registration:
Language:Contact Details:

Presentation:

included in XXXIV ICPIG/ICRP-10
EnglishVladimir Svrcek
National Institute of Advanced Industrial Science and Technology(AIST), Japane-mail: vladimir.svrcek@aist.go.jp,
tel: +81-29-861-5429
Invitation-only― 68 ―

Coffee Reception (13:30-14:00)
13:50 - 14:00

Welcome Address Vladimir Svrcek, AIST, Japan

Session Chair: Prof. Uros Cvelbar,
14:00 - 14:30

Davide Mariotti, Ulster University, UK“Tailoring materials properties by atmospheric pressure plasma forenergy applications”

14:30 - 15:00

Alexandre Nomine, Institut Jean Lamour, Nancy, France and Facultyof Physics and Engineering - ITMO University, St Petersburg, Russia“Alloying nanoparticles by plasma discharges and laser treatment”

15:00 - 15:30

Vincenzo Amendola, Università di Padova, padova, Italy“Ex-situ investigation of nanoalloy formation by laser ablation inliquid”

15:30 - 16:00

Jan Benedikt, University of Christian-Albrechts-Universität zu Kiel,
Kiel, Germany „Atmospheric plasmas for generation of nanostructured
materials or nanoparticles”

Coffee Break (15 min)Session Chair: Prof. D. Mariotti
16:15 - 16:45

Yevgeny Raitses, Princeton University, Princeton, USA“Towards Understanding of Synthesis of Carbon and Boron Nitride
Nanotubes in Arc Discharges”

16:45 - 17:15

Uros Cvelbar, Jožef Stefan Institute, Ljubljana, Slovenia“Plasma-assisted design of nanomaterials for improved catalysis”

17:15 - 17:45

Christophe Vallée, Université Grenoble Alpes, Grenoble, France andTsukuba University, Japan“Cold plasma for Atomic Layer Processing: from ALD and ALE to
Area Selective Deposition ”

17:45 - 18:15

Dan Sun, Queen's University Belfast, UK“Microplasma synthesized nanocomposites : potential applications inenergy and beyond.”

18:15 - 18:20

Concluding Remarks V. Svrcek, AIST-Japan

18:30 Reception (details will be provided)― 69 ―

Satellite Workshop of XXXIV International Conference on
Phenomena in Ionized Gases (XXXIV ICPIG) &th
10 International Conference on Reactive Plasmas (ICRP­10)International Workshop on
Diagnostics of Atmospheric­Pressure Plasmas

Sapporo Education and Culture Hall, Sapporo,
Hokkaido, Japan
July 14, 2019

― 70 ―

International workshop on diagnostics of atmospheric­pressure plasmas
13:40 - 13:45

Welcome Address, Ryo Ono, The University of Tokyo, Japan

Chair: Stephan Reuter
13:45 - 14:15

Joao Santos Sousa, University of Paris-Saclay, Orsay, France“Measurement on atmospheric-pressure plasmas of electron properties
by Thomson scattering and of reactive species by optical emission andabsorption spectroscopy”

14:15 - 14:45

Timo Gans, University of York, York, UK“Plasma dynamics and chemical kinetics in atmospheric pressureplasmas – a diagnostics challenge”

14:45 - 15:15

Ana Sobota, Eindhoven University of Technology, Eindhoven,
Netherlands“Plasma-surface interaction: Pockels-based Mueller polarimetry”

15:15 - 15:45

Christophe Laux, CentraleSupélec, Gif-sur-Yvette, France“Optical diagnostics for the characterization of atmospheric pressure
air plasmas”

15:45 - 16:15

Nader Sadeghi, University of Grenoble & CNRS, France“The study of helium and argon metastable atoms and molecules inatmospheric pressure plasmas, monitored by broadband absorption
spectroscopy”

Coffee Break (15 min)Chair: Timo Gans
16:30 - 17:00

Eric Robert, University of Orleans, Orleans, France“On the use of complementary diagnostics for plasma jet delivery on
targets relevant for biomedical applications”

17:00 - 17:30

Giorgio Dilecce, CNR-Institute of Nanotechnology, Lecce, Italy(TBD)

17:30 - 18:00

Stephan Reuter, Lublin Technical University, Lublin, Poland“Ultrafast laser diagnostics on atmospheric pressure plasma jets”

18:00 - 18:30

Yuki Inada, Saitama University, Saitama, Japan“Two-dimensional electron density measurement of streamer discharge
in atmospheric-pressure air”

18:30 - 18:35

Concluding Remarks, Ryo Ono, The University of Tokyo, Japan

19:00

Reception at the same building (details will be provided)― 71 ―

Satellite Workshop of XXXIV International Conference on
Phenomena in Ionized Gases (XXXIV ICPIG) & 10th
International Conference on Reactive Plasmas (ICRP-10)

International Workshop on Atomic and Molecular Data
for Plasma Applications
14 July 2019
Sapporo Education and Culture Hall, Sapporo, Hokkaido, Japan
Program
13:50 - 13:55

Welcome Address, Izumi Murakami, National Institute for Fusion
Science

Chair:

N. Nakamura, Univ. of Electro-Communications

13:55 – 14:25 Laurence Campbell, Flinder University, Australia“Cross sections for electron impact excitation of OH and theirapplication in atmospheric simulations”
14:25 – 14:50 Masamitsu Hoshino, Sophia University, Japan“Absolute cross section measurements in collisions of low- andintermediate-energy electrons with polyatomic molecules”
14:50 – 15:15 Masashi. Kitajima, Tokyo Institute of Technology, Japan“Low-energy and Very-low-energy total cross sections for electron
collisions with small molecules”
15:15 – 15:40 Kohki Sato, Muroran Institute of Technology, Japan“Electron transport at high E/N region”
15:40 – 16:05 Hajime Tanuma, Tokyo Metropolitan University, Japan“Mobility measurements for small molecular ions in cooled heliumgas”
16:05 – 16:20 Coffee break― 72 ―

Chair:H. Tanuma, Tokyo Metropolitan Univ.

16:20 – 16:50 Emile A. D. Carbone, Max Planck Institute for Plasma Physics,
Germany,“Data needs for modelling non-equilibrium discharges: the LXCat
project”
16:50 – 17:15 Mi-Young Song, National Fusion Research Institute, Korea“Study on Electron Impact Scattering Cross Section of Processing
Gas for Plasma Applications”
17:15 – 17:40 Maria Tudorovskaya, Quantemol Ltd., UK“Reaction data for tokamak divertor and near-wall regions”
17:40 – 18:05 Nobuyuki Nakamura, University of Electro-Communication,
Japan“Tungsten spectra observed with an electron beam ion trap”
18:05 – 18:30 Kengo

Moribayashi, National

Institutefor

QuantumandRadiological Science and Technology, Japan“Application of atomic and molecular data to heavy ion beam
plasma production and further, heavy ion beam cancer therapy”
18:30 – 18:35 Concluding Remarks, I. Murakami
19:00 -

Reception (details will be provided)

Information
Registration: Included in ICPIG/ICRP registration fee
Presentation: Invitation only
Venue: Sapporo Education and Culture Hall, Sapporo, Hokkaido, Japan
http://www.kyobun.org/foreign/english.html
Access: http://icpig2019.qe.eng.hokudai.ac.jp/venue.html
Contact: I. Murakami (National Institute for Fusion Science)
murakami.izumi@nifs.ac.jp― 73 ―

Satellite Workshop of XXXIV International Conference on
Phenomena in Ionized Gases (XXXIV ICPIG) &th
10 International Conference on Reactive Plasmas (ICRP-10)

Challenges in simulation of
low-temperature plasma andits applications

Sapporo Education and Culture Hall, Sapporo,
Hokkaido, Japan
July 14, 2019
― 74 ―

Challenges in simulation of low-temperature plasma and its applications
13:55 - 14:00

Welcome Address, Fumiyoshi Tochikubo, Tokyo Metropolitan
University, Japan

Chair: Satoshi Hamaguchi
14:00 - 14:30

Kallol Bera, Applied Materials, USA“Simulation of Plasma Sources for Semiconductor Industry”

14:30 - 15:00

Peter L. G. Ventzek, Tokyo Electron America, Inc., USA“Atomic Precision Modeling and Simulation for Atomic Precision
Semiconductor Device Fabrication”

15:00 - 15:30

Atsushi M. Ito, National Institute for Fusion Research, Japan“Multi-hybrid simulation for tungsten nanostructure formation inducedby helium plasma”

15:30 - 16:00

Kristof Bal, University of Antwerp, Belgium“New physicochemistry at the plasma–catalyst interface: Insights fromatomistic modeling”

Coffee Break (15 min)Chair: Fumiyoshi Tochikubo
16:15 - 16:45

WooSeok Kang, Korea Institute of Machinery and Materials, Korea“Understanding the packed-bed discharges: a simulation perspective”

16:45 - 17:15

Natalia Babaeva, Joint Institute for High Temperatures, Russian
Academy of Sciences, Russia“Challenges in modelling and simulation of plasma-surface interaction:
fluid vs hybrid approach”

17:15 - 17:45

Dingxin Liu, Xi’an Jiaotong University, China“Modeling study on the interaction between low-temperature plasmas
and water solutions”

17:45 - 18:15

Hiroyuki Nishida, Tokyo University of Agriculture and Technology,
Japan“Numerical simulation of plasma actuator aiming for understanding ofbody force generation”

18:15 - 18:25

Concluding Remarks, Satoshi Hamaguchi, Osaka University, Japan

19:00

Reception at the same building (details will be provided)― 75 ―

Satellite Workshop of XXXIV International Conference on
Phenomena in Ionized Gases (XXXIV ICPIG) &10th International Conference on Reactive Plasmas (ICRP-10)

New trends of plasma processes
for thin films and related materials
For the deep discussion on new trendsof plasma processes
20 July, 2019

Seminar Room 1 on the 1st floor
Frontier Research in Applied Sciences Building
Hokkaido University, Sapporo, Hokkaido in Japan
https://www.eng.hokudai.ac.jp/building/detail.php?area=2
Sapporo Campus map
https://www.global.hokudai.ac.jp/maps/?p=sappor― 76 ―

New trends of plasma processes for thin films and related materials for the deep
discussion on new trends of plasma processes
8:30

Seminar Room 1 Open

8:50 - 9:00

Opening Remark

9:00 - 9:30

Seiji Samukawa, Tohoku University, Japan“State of the art of nano-processing of semiconductors”

9:30 - 10:00

Naho Itagaki, Kyushu University, Japan“Inverse Stranski-Krastanov growth: a method for growth of single crystalline films
beyond lattice-matching condition”

10:00 - 10:30

Jón Tómas Guðmundsson, University of Iceland, Iceland“On the ionized flux fraction and ion recycling in high power impulse magnetron
sputtering”

10:30 - 11:00

Break

11:30 - 12:00

Holger Kersten, University of Kiel, Germany“Novel diagnostics of sputtering phenomena”

12:00 - 12:30

Giichiro Uchida, Meijyo Univeristy, Japan“A search for novel materials for next-generation battery”

12:30 - 13:00

Masaharu Shiratani, Kyushu University, Japan“Nanoparticle inclusion: an old and new parameter for tuning film properties”

13:00 - 15:00

Break

15:00 - 18:00

Discussion on new trends of plasm processes― 77 ―

Author Index
D. K. Athanasopoulos

A

PO16PM-008,
PO18AM-071, PO18AM-072

Assan Abdirakhmanov

PO18PM-044

Xavier Aubert

Shoki Abe

PO15PM-071



PO18AM-030, PO18PM-023

Shota Abe

OR16AM-D02

Peter Awakowicz

TL-01, TL-30, OR15PM-D06

Jocelyn Achard

PO18PM-023

Ulfa Azmi

OR15PM-D05

Shinichiro Adachi

PO18PM-069

Shiori Azuma

PO15PM-028

muhammad khairul ahmad

PO18AM-048

muhammad yazid ahmad

PO18AM-048

Ahmad Shahir bin Ahmad NorOR16AM-B02

B

Philipp Ahr

OR17AM-C02

Natalia Yu Babaeva

PO18AM-013

Takeshi Aizawa

PO18AM-031

Inshik Bae

PO15PM-049

HIroshi Akamatsu

PO18AM-042

Min-Keun Bae

PO16PM-032

Keita Akashi

OR16PM-C04,

PO15PM-054, PO15PM-080

Margarita Baeva

TL-19, PO18PM-025

TL-14, PO16PM-024, PO18AM-029

Behnaz Bagheri

AS1-I3

Hajime AkiPO16PM-060

Anuj Ram Baitha

PO18AM-026

Katsuhiro AKIMOTO

PO16PM-074

Junhwi BakPO18AM-083

Naoki Akiyama

PO15PM-023

anis suhaili bakri

PO18AM-048

Yessenbek Aldakulov

PO18PM-041

A Bambina

Mostafa Aldanawi

PO18AM-030

MAINAK BANDYOPADHYAYPO18AM-022

S. Aleiferis

PO15PM-038

Sebastien Banzet

OR16PM-B03

Hiroshi Akatsuka

Nickolay L. Aleksandrov

TL-47, PO15PM-007

E. Baratte

Luis L. Alves

GL-02, PO15PM-011,

Sergey A. Barengolts



PO16PM-022, PO16PM-023



TL-33, PO18AM-033

TL-37
PO18AM-035,
PO18PM-006, PO18PM-008

Mohammadreza Amini

PO18PM-080

KALYANI BARMAN

PO16PM-042

Xiaoqiang An

PO18AM-065

Sushanta Barman

PO16PM-062

Charalambos Anastassiou

PO16PM-049

Edward V. Barnat

TL-25, OR18PM-C01

Akira Ando

PO15PM-058, PO18AM-008,

Andrzej Bartnik

PO18AM-023, PO18AM-082

PO18PM-049

A K Basak

PO15PM-014

Yuta Annaka

PO18AM-054

Abdulrahman H. Basher

OR15PM-D04

S. G. Antimisiaris

PO18AM-071

Nuriya Bastykova

PO18PM-043

Nikolai Nikolaevich Antonov

PO18AM-021

Didar G. Batryshev

PO15PM-069

Tomomichi Aoshima

OR18PM-B01

Gerard Bauville

PO18PM-023

Tatsuya Aota

OR15PM-C03

S. Bechu

PO15PM-038

Takahito Arai

PO18AM-028

Markus M. Becker

PO15PM-042

Takashi AraiPO15PM-081

Job Beckers

Mitsutoshi Aramaki

PO15PM-034

Narayan Behera

PO16PM-050

OR17AM-D03, PO18AM-010

Deepika Behmani

PO16PM-042

Robert R Arslanbekov

OR15AM-B01, PO18PM-039

Ryoko Asada

PO16PM-029

Simon Belcher

OR17AM-B04

Keisuke AsaiPO18AM-082

Kate S. Bell

PO15PM-012

Naokazu Ashizuka

PO15PM-056

Dmitry Beloplotov

PO18PM-021,

Alexander Astafiev

PO16PM-044

― 78 ―

PO18PM-022, PO18PM-033

PO18PM-035

Hongyoung Chang

PO15PM-049, PO18AM-007

Jan BenediktGL-04, OR15PM-D06

Won-Seok Chang

PO15PM-010

Alexandre Bes

PO15PM-062, PO18PM-056

You-Chen Chang

PO15PM-076

Matthew Tyler Bettencourt

PO18AM-019

Zhengshi Chang

PO16PM-053

Lucas BevingOR15PM-B06

Christine Charles

TL-15

Sudeep Bhattacharjee

PO16PM-042,

Fadzai Lesley Chawarambwa

PO18PM-051

PO16PM-062, PO18AM-026

Chih-Ying Chen

PO18PM-085

TL-01

Fong-Zhi Chen

PO15PM-076

OR16AM-D01

Hung-Pin Chen

PO15PM-076

J. S. Chen

PO18PM-081

Dmitry V. Beloplotov


Nikita Bibinov
Matthew S Bieniek
Petr Bilek

TL-44, AS1-I4, PO15PM-042, PO16PM-011
AS2-I4

Ko-Shao Chen

Alina Raluca BISAGOR16PM-C02

Kuan-Lin Chen

Enrico Bisceglia

PO18AM-030

Mei Chen

PO16PM-076

Valentin Bityurin

PO18AM-009

She Chen

TL-23, OR15PM-C02

Marius Blajan

OR18PM-B01

Sheng Chen

PO18AM-046

Alexey Bocharov

PO18AM-009

Song-Yu Chen

PO15PM-020

Nima Bolouki

PO16PM-089

Wei-Chun Chen

PO15PM-076, PO18AM-046

TL-27, TL-44, AS1-I4,

Wenjing Chen

OR15PM-C05

PO16PM-011

Zhaoquan Chen

PO16PM-044

J. P. BoothTL-37, OR16PM-A02

Chin-Pao Cheng

PO18AM-046

TL-15

Yun Chien Cheng

PO18PM-075

Yu-Ping Cheng

PO16PM-091

Peter Biolsi

Zdenek Bonaventura

Rod W. Boswell
Laifa Boufendi

PO18PM-040, PO18PM-042

Anne Bourdon

TL-27

David Bradley

PO15PM-089

Ronny Brandenburg

TL-43, PO16PM-005, PO18PM-034

PO18PM-084, PO18PM-085
TL-28

Laurence Cherigier-Kovacic
Jyh-Shiarn Cherng
T. Chernyshov

TL-10
PO18AM-047
TL-48

Nils Brenning

PO15PM-074

Wei-Hung Chiang

OR17AM-A02

Ralf Peter Brinkmann

OR15PM-D06

Alina Silvia Chiper

PO16PM-049

Po-Hsien Chiu

OR15PM-A04

Nikolay Britun

TL-29, OR16AM-A02, PO15PM-041

T.L. Chng

TL-39

Chuhyun ChoC

PO16PM-088, PO18AM-055

Deog Gyun Cho

PO15PM-039

Charisse Marie Donato Cagomoc

PO16PM-065

Kyumin Choe

PO18AM-038

E. Camps

PO18AM-037

Wonho Choe

PO16PM-081, PO16PM-095, PO18AM-017

Emile Carbone

OR16AM-A02,

Eun Ha Choi

PO15PM-035

PO15PM-011, PO16PM-047

Heechol Choi

PO15PM-010


Raphael Alexander L. Carreon

OR16PM-A01

Jun ChoiGilles CARTRY

OR18PM-A01

Reza Janalizadeh Choobbasti OR18PM-D02, PO18PM-020

Keith Cartwright

PO18AM-019

Hyun-Kyung Chung

OR15PM-B01

TL-40

Jin Woong Chung

OR17AM-B01
PO18AM-024

Maria Luis G. B. Castela

PO16PM-039, PO16PM-087

Gamze Celik Cogal

OR15PM-A03

K.S. ChungJikwang Chae

PO15PM-055

Kyoung-Jae Chung

MONOJIT CHAKRABORTYPO18AM-022



Saikat Chakraborty Thakur

OR16AM-D02

Kyu-Sun Chung

PO16PM-032

Kit Man Chan

OR17AM-B04

Shang-Yuan Chung

PO15PM-020― 79 ―

PO16PM-001,
PO18AM-024, PO18AM-038

OR17AM-B01

Federico D’Isa

V.I. Chyhin

PO18AM-059

Anastasia Dobrovolskaya

Paul G Clem

OR18PM-C01

Russel P. Doerner

Vittorio COLOMBOOR16PM-C02

Arthur Dogariu

OR15PM-B05

J. Cosimi

PO16PM-082

Petr Dohnal

PO15PM-009

Lenaic Couedel

OR15PM-D01

E. V. Dolgov

PO18AM-081

J. Cruz

PO18AM-037

Tim Donders

PO18PM-039

Lili Cui

PO18AM-064, PO18AM-065

Zhiwei Dong

OR18PM-C02, PO16PM-020

Ying zhe Cui

PO15PM-006, PO15PM-006

Zoltan Donko

TL-32

Tae Hun Chung

Ivan B. Culaba

OR16PM-A01

Gilles Cunge

TL-41, OR16AM-A01

Merlan Dosbolayev


OR16AM-A02
PO18AM-009
OR16AM-D02, OR18PM-A03

PO18PM-010,
PO18PM-011, PO18PM-044

Nikola Cvetanović

PO16PM-028

Claire DOUATOR16PM-C02

Uwe Reinhard Czarnetzki

OR17AM-C02

Yohan Eric DOUESTPO16PM-074

Istvan Cziegler

IUPAP Young Scientist Award Lecture

D

Scott J. DoyleTL-15, OR18PM-A02

Sebastien DOZIASOR16PM-C02

Constance Duchesne

OR16PM-B03

Corinne Duluard

PO18AM-030

Michal ĎurianGL-01

Ciprian Dumitrache

Federico D’Isa

PO16PM-047

Christian DUSSARRATPO16PM-074

Ahmad Nazri Dagang

OR17AM-A01

Remi Dussart

OR16PM-A03

TL-43

Xavier Duten

OR16PM-C04, OR17AM-D02

TL-41

Sergey A Dvinin

PO15PM-036

Simon Dap
Alexandra Davydova

OR18PM-D03, PO15PM-030

Maarten de Bock

PO18PM-001

Karlygash Dzhumagulova

PO16PM-015

Nathalie De Geyter

OR16AM-C02, OR19AM-A01

Elena Soslanovna Dzlieva

PO18PM-047

Guy De Weireld

OR19AM-A01

James P. Dedrick

TL-15

Laima Degutytė-Fomin

TL-26

E

Michael Dekker

OR15PM-A06

Akinori Ebe

Franulfo Dela Cruz

OR16PM-A01

Ute Ebert

Nikon Demin

PO15PM-052

Aleksandr V. Efimov

PO18AM-081

Ai-Dong Deng

PO16PM-018

Motoo Egawa

PO18PM-069

Jie Deng

PO16PM-033

M A Elgarhy

PO18AM-038

Kazuki Denpoh

PO16PM-013

D. Ellerweg

GL-04

Aranka Derzsi

OR15AM-D01

Skye Elliott

TL-11

Emilie Despiau-Pujo
Adam Di Fiore

TL-41
OR17AM-B04

PO18AM-041
AS1-I3, PO18AM-011

James Timothy Ellis

OR18PM-A02

Masashi Endo

PO18AM-041

T. DiasTL-37

R. Engeln

TL-07, TL-37

Siebe Dijcks

TL-23

Mine Er

OR17AM-D02

Denis Eremin

OR15PM-D06

Dan G. Dimitriu

OR19AM-D02, PO18PM-016

Sebastien Dine

OR16PM-A02

Esin Eren

PO15PM-078

Gheorghe Dinescu

PO16PM-028

Mikhail V. Erofeev

PO15PM-087

TL-39

Naomichi Ezumi

PO18PM-002

Ch. Ding
Paola Diomede

OR16PM-D01, OR16PM-D02

Wahyu Diono

PO18AM-044― 80 ―

Makhach Khairudinovich Gadzhiev

F

Nicolas Fagnon

OR16PM-C04, OR17AM-D02

Jacques Faguet

OR16PM-A03

PO18PM-007, PO18PM-066

Antoun Gaelle

OR16PM-A03

Veda Prakash Gajula

PO16PM-050

Brian Falzon

OR16PM-B02, PO16PM-076

Arnaud Gallant

OR18PM-D03, PO15PM-030

Ursel Fantz

OR16AM-A02, PO16PM-047

Vladislav Gamaleeve

OR16PM-B01, PO16PM-090

Sara Fathollah

Fumisato Gamou

PO16PM-004

TL-20, PO15PM-052

Ming Tao Gan

PO18AM-043

OR16AM-C01

Ashish Ganguli

OR17AM-C03,

PO18PM-080

Alexander Fedoseev
David Feng

Wannakuwaththawaduge Thomas Leon Suganda FernandoTimo Gans

OR18PM-A02

PO16PM-052, PO18AM-015

PO16PM-031, PO18AM-027

Marcel Fiebrandt

TL-01, TL-30

Fei Gao

PO15PM-051

Henryk Fiedorowicz

PO18PM-049

Ming-Xiang Gao

PO18AM-066

OR18PM-C01, PO15PM-012

Maria C Garcia

TL-36

Andrew S Fierro
Irina Filatova

TL-26

Juan Francisco Garcia Reyes

PO16PM-049

Elena Filimonova

PO18AM-009

Mikhail A. Gashkov

PO18PM-009

Aleksandr A. Firsov

PO18AM-081

Andrey Vladimirovich Gavrikov

PO18AM-021

Michal Fleischer

PO18AM-062

Kristaq Gazeli

PO18PM-023

Michel Fleury

PO18PM-023

Niels Geerits

OR15PM-A06

Tomasz FokPO18PM-049

S. Geng

Vladimir Fortov

OR15PM-D02

Dmitry Genin

PO18PM-021

John E FosterTL-36, PO16PM-003

TL-12

Felix Georg

OR15AM-B02

Joachim Franzke

PO16PM-049

George Elias Georghiou

PO16PM-049

Nadira Frescaline

OR16PM-B03

A. Gerakis

PO18AM-071

Alexander FridmanICRP Reactive Plasma Award Lecture

Etienne GHEERAERTPO16PM-074

PO18AM-023

Matteo GHERARDI

OR16PM-C02

PO15PM-057, PO15PM-083

Andrew R. Gibson

TL-15, OR18PM-A02

Daiki FujihiraTakayasu Fujino
Takuya Fujio

OR17AM-D04

Bienvenida Gilbert Lopez

PO16PM-049

Atsushi Fujita

PO15PM-082

REENU GILL

PO18PM-018

Kazunobu Fujita

OR15PM-C03

Jean-Marc Giraudon

OR19AM-A01

PO18PM-086

Martin Given

PO15PM-022

Jonathan Gleadle

OR17AM-B04

Masanori Fujiwara
Yutaka Fujiwara

TL-12, OR17AM-C04, PO18AM-025

Sho Fukuda

PO18AM-032

Juraj Glosik

PO15PM-009

Hiroyuki Fukue

PO15PM-072

David B Go

TL-31

Kenta Funakoshi

PO18PM-073

Thomos Godfroid

Takashi Furuki

PO15PM-084

Benjamin Michael Goldberg

Tomohiro Furusato


OR15PM-B02, PO15PM-056,

PO16PM-006, PO16PM-007, PO16PM-025

Masakazu Furuta

PO16PM-029, PO18AM-074

G
Maratbek Gabdullin
Vit Gabriel

PO15PM-013, PO15PM-069
PO16PM-070

PO15PM-041
TL-02, OR16AM-C01

Alexey A Goncharov

PO16PM-014

Hidenobu Gonda

PO15PM-061

O. Gorshkov

TL-48

Sergey Gortschakov

TL-19

Tsubasa Goti

OR16AM-B01

Kenta Goto

PO15PM-066

Kosuke Goto

PO15PM-056

M. Goto

PO15PM-029― 81 ―

Miki Goto

PO15PM-066, PO16PM-069

Hiroshi Hashizume

OR16PM-B01, OR16PM-B04,

Motonobu Goto

PO18AM-044



OR18PM-B02, PO18PM-083

Taku Goto

PO15PM-027

Khaled Hassouni

PO16PM-019, PO18AM-030

Gregor Gott

TL-19

Kazufumi Hata

PO15PM-081

Grzegorz Greczynski

TL-05

Kazuto Hatakeyama

PO15PM-027

Anton A. Grishkov

PO18PM-022

Akimitsu Hatta

TL-34

Alex Grochowski

OR17AM-B04

Hisataka Hayashi

GL-06

M. Grofulović

TL-07

Nobuya Hayashi

PO16PM-094, PO18AM-073

S. Grose-Kreul

GL-04

Yuka Hazama

OR15PM-C01, PO16PM-078

Mikhail Gryaznevich

OR15AM-D02

Ante Hecimovic

OR16AM-A02, PO16PM-047

Jian-Guo Gu

PO18AM-066

Marie Henault

PO18PM-040, PO18PM-042

TL-07, TL-37

Karol Hensel

TL-03

OR17AM-C01, PO15PM-074

Gaetan Herry

PO18PM-042

Noah Hershkowitz

PO16PM-032

Olivier Guaitella
Jon Tomas Gudmundsson
Vasco Guerra

TL-07, TL-37, PO16PM-022, PO16PM-023

Jhao-Yu Guo

PO15PM-020

Kunihiko Hidaka

PO16PM-034, PO16PM-035

PO18AM-064, PO18AM-065

Yoshihiro Hirai

PO16PM-026

Xin GuoYanru Guo

PO16PM-083

Mineo Hiramatsu

OR15PM-A05, OR17AM-B02,

Nazim Guseinov

PO16PM-067



PO15PM-070, PO16PM-041,



PO16PM-090, PO18PM-050

H

Ryu Hirata

PO15PM-008

Horoyuki Hirayama

PO18AM-041

Chang-seung Ha

PO16PM-088

Jaroslav Hnilica

Jeonghong Ha

PO15PM-086

Teck S. Ho

Yasuaki Haba

TL-12, OR17AM-C04,

Tomas Hoder

TL-29
TL-15
PO15PM-042

OR19AM-D01, PO18AM-025

Petr Hoffer

AS1-I4, PO16PM-009, PO16PM-011

Hideki Hagino

PO18PM-069

Hans Hoft

TL-43, PO16PM-005, PO18PM-034

Yukiya Hakuta

PO15PM-027

Vincent Holloman

OR15PM-D01

Satoshi Hamaguchi

TL-13, AS2-I2,

Kohei Honda

PO16PM-073



OR15AM-A02, OR15PM-D04, OR16PM-A04,

Ryosuke Honda

OR16PM-C03, PO18PM-074



PO16PM-065, PO16PM-071, PO18PM-088

Sho Honda

PO18PM-029

Yuki Hamana

PO16PM-012

Da Young Hong

PO16PM-039

Audoin HAMON

OR16PM-C02

Sung Ha Hong

TL-42

Duksun HanJeon Geon HanJong Gu HanPO15PM-047, PO15PM-050
PO15PM-073
PO15PM-039, PO15PM-040

Yong Cheol Hong
Ryan Hood

PO15PM-026, PO18AM-078
OR15PM-B06

Matthew M. Hopkins

OR18PM-C01, PO15PM-012
OR15PM-A05, OR15PM-D03,

Seong-Tae HanPO16PM-088

Masaru Hori

Luka Hansen

OR16AM-C01



OR16PM-B01, OR16PM-B04, OR17AM-B02,

Abul Kalam Fazlul Haque

PO15PM-014



OR18PM-B02, PO15PM-065, PO16PM-041,

M M Haque

PO15PM-014

 PO18AM-068, PO18PM-038, PO18PM-050, PO18PM-083

Hisayuki Hara

PO16PM-056

Yuki Hori

PO18AM-068

Ryoma Hara

PO15PM-018

MD MOKTER HOSSAINPO18AM-052

Toru Harigai

PO15PM-061

Xinyu Hou

PO18AM-036

Anjar Anggraini Harumningtyas

PO18PM-088

Alec Houpt

TL-11

Sunao Hasegawa

OR15PM-D05

Chun-Ping Hsiao

― 82 ―

OR15PM-A04

Chia-Feng Hsieh

PO18PM-084

J. H. Hsieh

PO16PM-089, PO18PM-081

Meng-Hua Hu

TL-28

C Inami

TL-33, PO18AM-033

Takuya Inamura

PO18AM-039

Itsuki Inoue

PO18AM-031

Xin Hu

PO18AM-044

Eusebiu-Rosini Ionita

PO16PM-028

Yue Hu

OR16AM-B01

Sylvain Iseni

OR15PM-B05

TL-08

Masaki Ishiba

OR15PM-B02, PO16PM-025
PO16PM-071, PO15PM-053,

Bang-Dou Huang
He Huang

PO18PM-040

Takuya Ishihara

Ping Huang

PO18AM-064



PO15PM-054, PO15PM-080, PO15PM-081,

Shuo Huang

von Engel & Franklin Prize LecturePO15PM-082, PO18AM-031, PO18PM-005

Y. Y. Huang

PO16PM-089

Kenji Ishikawa

Jin-Young Huh

PO15PM-026



OR15PM-D03, OR16PM-B01, OR16PM-B04,

Sargam Hunjan

PO18AM-026



OR17AM-B02, OR18PM-B02, PO15PM-065,

Min Hur

PO16PM-030



PO16PM-041, PO18PM-038, PO18PM-083

Sung Hwa HwangY. S. Hwang

TL-09, PO15PM-068

PO16PM-001, PO18AM-024, PO18AM-038

Dogyun Hwangbo

OR18PM-A03

OR15PM-A05,

Masayoshi Ishikawa
Hiromu Ishizaki

PO18AM-063

Haruki Ishizuka

PO16PM-002

Michiro Isobe

AS2-I2, OR15AM-A02, OR15PM-D04,

I

AS2-I3

OR16PM-A04, PO16PM-065, PO18PM-088

Moldir Issanova

PO15PM-003, PO18AM-001
PO15PM-052

Kazunori Ichikawa

PO18AM-042

Mikhail IsupovTomonori Ichikawa

OR17AM-B02

Naho ItagakiRyuta Ichiki

PO15PM-084



PO18AM-049, PO18AM-050,

Kazunori Iga

OR15AM-A01



PO18AM-051, PO18AM-061

Masaki Iida

PO15PM-027

G Itami

Takumi Iijima

PO15PM-058

Atsushi M. Ito

Nozomi Iio

PO16PM-079

Eigo Ito

PO18PM-042

Wilbert IJzerman

OR15AM-B01

Gen Ito

PO18PM-013

Daisuke Ikeda

PO18AM-050

Ginji ItoPO16PM-086

Jun-ichiro Ikeda

TL-38

Masafumi ItoK. Ikeda

TL-12



Katsunori Ikeda


OR17AM-C04,
OR19AM-D01, PO18AM-025

Tomoko Ito

TL-09, PO15PM-068, PO16PM-056,

TL-33
PO16PM-016, PO18AM-018

TL-34, OR16PM-B01, OR16PM-B04,
PO16PM-090, PO18AM-068
AS2-I2, OR15PM-D04,
PO16PM-071, PO18PM-088

Kazuki Ikeda

PO18AM-002

Toshimistu ITO

Yoshihisa Ikeda

PO18PM-073

Tsuyohito Ito

Sanae Ikehara

PO18PM-086

Shu Ito

PO18AM-028

Yuzuru Ikehara

PO18PM-086

Umi Ito

PO18PM-012

Fumiya IkemotoPO16PM-059

Haruo Itoh

Maxim Valerievich Ilichev

PO18PM-066

Anatolii Ivankov

TL-26

Shun Imai

OR17AM-B02

A Iwai

TL-33

Takuya ImaiPO15PM-017

Akinori Iwai

Yuta Imamura

PO16PM-060

Ryosuke Iwamoto

Y. Inada

PO16PM-066

Atsuro Iwase

PO18PM-024

PO16PM-034, PO18PM-031

Naoyuki Iwata

OR16PM-B01,

Yuki Inada
Yoshinobu InagakiPO15PM-024

― 83 ―

PO16PM-074
TL-17, PO15PM-027, PO18PM-048

PO15PM-008, PO16PM-040

PO18AM-033
PO16PM-056, PO18AM-050

PO16PM-090, PO18AM-068

J
Surabhi Jaiswal
D H Jakubassa-Amundsen
Mario Janda

Takuma Kaneko

OR17AM-D01

Toshiro Kaneko

OR15PM-A01,

OR15PM-D01, OR15PM-D02



OR16AM-B01, OR16AM-B02, OR16PM-C03,

PO15PM-014



OR17AM-B03, OR19AM-C01, PO15PM-067,

TL-03



PO18AM-067, PO18AM-082, PO18PM-074

Jae-young Jang

PO18AM-024, PO18AM-038

Hojun KangPO16PM-071

Yunchang Jang

OR15PM-B01

In Je KangPO16PM-032

Ondrej Jasek

PO16PM-043

Woo-Seok KangPO16PM-030

Won Ik Jeong

PO18AM-038

Shoki Kanno

PO18AM-082

Jae-In Jeong

PO18PM-062, PO18PM-063

Makoto Kanzaki

Shenli JiaOR16PM-D04, PO16PM-033

S Kar

Wen-Zhu Jia

TL-16

Kazuhiro Karahashi

PO18AM-067, PO18PM-074
PO18AM-027
AS2-I2, OR15PM-D04,

Jian Jiang

PO18AM-064, PO18AM-065



OR16PM-A04, PO16PM-071

Wei Jiang

PO15PM-045, PO18AM-066

Viktor Yurievich Karasev

PO18PM-047

Yun Sik JinPO16PM-088

Yasuhide Kashiwagi

PO15PM-004

Masafumi Jinno

PO18PM-073

Salima Kasri

PO18PM-023

Ara Jo

OR17AM-B01

Toshiro Kasuya

PO16PM-060

Hea Min Joh

OR17AM-B01

Masaki Kataoka

PO16PM-041

Erik V Johnson

OR16PM-A02

Daiji KatoPO15PM-002

Olivier Joubert

TL-41

Susumu KatoPO18PM-086

Olivera Jovanovic

TL-22

Taiki KatoPO16PM-013

Choi Jun

PO16PM-085

Toshiaki KatoYoung-Dae Jung

PO15PM-001

Ryo Katou

PO15PM-079

Jana Jurmanova

PO16PM-043

Yuko Katsumata

OR18PM-B02

Hirokazu Kawabata

PO18AM-080

Hideki Kawaguchi

PO15PM-022

Makoto Kawaguchi

OR15PM-C01, PO16PM-078

Satoru Kawaguchi

PO15PM-015, PO15PM-022

K
Savita K P VeerapandianY Kabe

OR19AM-A01

Yasuyuki Kawaguchi

PO16PM-063

OR15PM-C03

Kazuma Kawahara

PO16PM-004

TL-33, PO18AM-033

Kazumasa KadowakiOR15PM-A01, PO15PM-067

PO16PM-015

Takuya Kawakita

PO15PM-032

OR18PM-A03, PO18PM-003

Syuhei Kawamura

OR17AM-D04

Hiroaki Kajiyama

OR18PM-B02

Tomoya Kawano

TL-17

Kunihiro Kamataki

TL-09, OR15PM-A02, PO15PM-068,

Toshiyuki Kawasaki

OR15PM-C01, PO16PM-078



PO16PM-056, PO16PM-056, PO16PM-058,

Masayoshi Kawase

PO18AM-067



PO18AM-049, PO18AM-050, PO18AM-061

Rei Kawashima

Marat Kaikanov
Shin Kajita

PO18AM-083, PO18PM-013

Tomoki Kamei

PO18AM-084

Hiroharu Kawaskai

PO18PM-061

Seigo Kameshima

OR19AM-A02

Hiroshi Kawaura

PO15PM-082

TL-12, OR17AM-C04, PO18AM-025

Yoko Kebukawa

OR15PM-D05

Panagiotis N Kechagiopoulos

OR16AM-D01

S. Kamio
Masao Kamiya

PO15PM-061

Seiji Kanazawa

PO15PM-084

Jakub Kelar

PO18AM-062

Yuka Kanbara

PO15PM-084

Efe H Kemaneci

OR15PM-D06

PO15PM-029, PO18AM-044

Sagung Dewi KencanaPO15PM-020

PO15PM-061

Akmaral Kenzhebekova

PO18AM-001, PO18PM-019

H. Kanda
Satoru Kaneko

― 84 ―

Holger Kersten

TL-18, OR15AM-B02,



OR15PM-B04, OR16AM-C01

Manfred Kettlitz

TL-43, PO16PM-005, PO18PM-034

Atsushi Kina

OR15PM-B02, PO16PM-025

Keizo Kinoshita

AS2-I1

M. Kisaki

TL-12, OR17AM-C04,

M. A Khan

PO16PM-048



Konstantin V. Khishchenko

PO18PM-006

H. KishimotoSergey KhrapakOR15PM-D02

Takeshi Kitajima

Se Hoon Ki

PO15PM-035

Masato Kiuchi

OR15PM-D04

OR18PM-B02, PO18PM-083

Satoru Kiyama

PO18PM-086

Ryo Kikuchi

PO16PM-034

Tsuyoshi Kiyan

PO15PM-056

Ryo Kikuchi

PO18PM-029

THANET KLADPHET

PO18AM-015

Fumitaka Kikkawa

OR19AM-D01, PO18AM-025
PO16PM-066
PO15PM-079, PO16PM-073

Takashi Kikuchi

PO16PM-052, PO18AM-015

B. Klarenaar

Yusuke Kikuchi

OR15PM-C03

Peter Klein

Chang Ho Kim

PO18AM-016

Mathis Klette

OR15PM-B04

Dae Chul Kim

PO15PM-047, PO15PM-050

Alexander Knodel

PO16PM-049

Daejong Kim

PO16PM-088

Kensei Kobayashi

OR15PM-D05

Dae-Woong Kim

PO16PM-030

Pavel Kocan

PO16PM-070

Donghyun Kim

PO18PM-055,

Igor V. Kochetov

PO15PM-007

PO18PM-070, PO18PM-071

Naoto Kodama

OR15PM-C04
PO15PM-003,



TL-37
TL-29

Dongsik Kim

PO15PM-086

Sandugash Kodanova

Gon-Ho Kim

OR15PM-B01



Hojin Kim

AS2-I4

PO18AM-001, PO18PM-019

Sandugash Kulmagambetovna Kodanova

Hwa Suk Kim

OR17AM-B01



Hyo-Jin Kim

PO18PM-059

Peter Koelman

OR15AM-B01

Hyun-Ha Kim

OR18PM-C03

Kazunari Koga

PO16PM-078

In Joong Kim

PO15PM-043

Kazunori Koga

TL-09, TL-26,

Jaeho Kim

PO18PM-086



OR15PM-C01, PO15PM-068, PO18AM-049,

Jaewon Kim

PO18PM-071



PO18AM-050, PO18AM-061, PO18PM-051

Jinwoo Kim

PO16PM-095

F. Kogelheide

Jongsik Kim

PO15PM-047, PO15PM-050

Hiroyuki Koizumi

PO18AM-083, PO18PM-013

PO18PM-055,

Masahiro Kojima

PO18AM-014



PO18PM-070, PO18PM-071

Atsushi Kokubu

June Young Kim

PO18AM-024, PO18AM-038

Vladimir I Kolobov

Jongwoon Kim

PO18PM-043, PO18PM-044

TL-30

PO18AM-076
OR17AM-D03, PO18AM-010

Knagil Kim

PO15PM-026

Ali Ihsan Komur

Seongcheol Kim

PO18AM-024

Kimiya Komurasaki

PO18AM-083, PO18PM-013

Si-Jun Kim

PO16PM-030

Astushi Komuro

PO15PM-058, PO18AM-008,

PO18PM-058, PO18PM-062, PO18PM-063



PO18AM-023, PO18AM-082,

PO16PM-085



PO18PM-027, PO18PM-028

Soon-Ho Kim
Suhan Kim
Tae-Yeob Kim

PO18PM-058, PO18PM-060, PO18PM-062

Yonghyun Kim

PO15PM-047, PO15PM-050

Yong-Sung Kim

PO18PM-060

Young-Woo Kim
Takashi Kimura

PO15PM-078

Takanori Komuro
Hiroki Kondo

PO15PM-066
OR15PM-A05, OR15PM-D03,



OR17AM-B02, OR18PM-B02, PO18PM-038,

PO15PM-047, PO15PM-050



PO18PM-050, PO15PM-029, PO15PM-065

PO18PM-064, PO15PM-077

Yosuke Kondo

PO18AM-063

Yutaka Kimura

OR17AM-B03

Yusuke Kondo

OR15PM-C04

Yuta Kimura

PO18AM-014

Kostyantyn V. Korytchenko

OR19AM-C02― 85 ―

Ilya N. Kosarev
Hiroyuki Kousaka
Yao E Kovach

TL-47

Romolo Laurita

OR16PM-C02

OR15AM-A01, PO18AM-014

Christophe Laux

OR18PM-D03, PO15PM-030

TL-36

Jean-Marc Layet

OR18PM-A01

Artem Kovalenko

PO15PM-009

Constantinos Lazarou

PO16PM-049

Kiichirou Koyasu

PO16PM-026

Claudia Lazzaroni

PO18PM-023

Frantisek Krcma

PO18PM-014

Hae June Lee

PO18AM-016

Chidharth Krishnaraj

OR19AM-A01

Hyungyu LeePO16PM-081, PO18AM-017

Jaroslav KristofOR18PM-B01

Jea hee LeePO16PM-039

Dariya Dmitrievna Krivoruchko

PO18AM-085

Jung Yeol Lee

PO18AM-016

Kern Lee

PO16PM-001

Igal KronhausTL-46

Anezka Krzyzankova

PO18PM-014

Kyeong-Hwang LeeW. H. Kuan

PO16PM-089

Min W. Lee

PO15PM-073

Noritsugu Kubo

PO18AM-080

Ming Chuan Lee

PO15PM-088

Vit Kudrle

PO16PM-043

Myeong-Geon Lee

OR15PM-B01

Jan Kuhfeld

OR17AM-C02

Myeong-Hoon Lee

PO18PM-058, PO18PM-059,

Yu. Kulikov

TL-48

Akiko Kumada

PO16PM-034, PO16PM-035



PO18PM-062, PO18PM-063

PO18PM-060, PO18PM-063, PO18PM-062

Myoung-Jae Lee

PO15PM-001

Shinya Kumagai

PO15PM-070

Seul-Gee Lee

PO18PM-058, PO18PM-063

Ajai Kumar

PO16PM-050

Yun-Min Lee

TL-28

Yuki Kunishima

OR19AM-C01

Philippe Lefaucheux

OR16PM-A03

Shinsuke Kunitsugu

PO15PM-061,

Chern Yang Leong

PO18AM-043

PO15PM-072, PO18PM-068

Sergey B Leonov

TL-11, PO18AM-081


Yue Kuo

OR19AM-B02

Karen Leus

OR19AM-A01

Yu-Lin KUOPO15PM-020

Dmitry Levko

OR17AM-D03

Ryo Kurata

PO15PM-019

Christophe Leys

PO16PM-028

C. Leys

PO16PM-049

HEPING LI

PO16PM-048

PO15PM-072, PO18PM-068

Jie Li

PO18AM-058

Mark J. Kushner von Engel & Franklin Prize Lecture, TL-15

Jing Li

PO16PM-048

Kinga Kutasi

Jordan Li

OR17AM-B04

Masaru Kurihara

AS2-I3

Koki Kuroda

PO15PM-066

Masahide Kuroiwa

TL-35
PO16PM-061, PO18AM-028

Mingqian Li

OR19AM-B02

Sergey Dmitrievich Kuzmichev

PO18AM-021

Xingwen Li

PO18AM-056

Aleksander Yu. Kuznetsov

PO18AM-034

Xue-Chun Li

PO15PM-051

Ji-Won Kwon

OR15PM-B01

Yuan Li

TL-23

Deuk-Chul Kwon

PO15PM-010

Yutai LiPO18AM-036

Yusuke Kuwata

L

Hejuan Liang

PO18AM-064, PO18AM-065

Yuanyuan Liang

PO18AM-064, PO18AM-065

Chin-Wei Liao

A. Lacoste

PO15PM-038, PO15PM-062, PO18PM-056

Janis LaiTL-36, PO16PM-003

PO16PM-091

Shu-Chuan Liao

PO16PM-092, PO18AM-077,



PO18PM-084, PO18PM-085

Cheng Chun LaiPO15PM-021

Ying Hao Liao

PO15PM-021

Jean-Francois Lamonier

OR19AM-A01

Shui-Yang Lien

PO18AM-077

von Engel & Franklin Prize Lecture

Jaewon LimPO15PM-055

OR16PM-B03

Jun Sup LimPO15PM-035

Steven LanhamJean-Jacques Lataillade― 86 ―

Lian Kuang LimPO15PM-088

Christian Lorenz Sillero Mahinay

OR16PM-A01

Ling Hong LimPO15PM-089

Pierre A Maitre

OR16AM-D01

Soobin Lim

PO18AM-024

Tokuhiro Makoto

PO16PM-038

Soowon LimPO16PM-080

Gordana Malovic

TL-22, PO18PM-072

Anne Limburg

PO15PM-037

Matthew Maniscalco

PO18PM-001

jiashu lin

PO18PM-040

Cedric MANNEQUIN

PO16PM-074

TL-43

D. Mansfeld

PO16PM-045

Yu-Wei Lin

PO15PM-076, PO18AM-046

A. Marazioti

PO18AM-071

Zhi-Hua Lin

PO16PM-091

F. Marchal

PO16PM-082

Mardiansyah Mardis

PO18AM-044

Xi LinMario Lino da Silva

PO16PM-022, PO16PM-023

Andrey Lipaev

OR15PM-D02

Davide Mariotti

OR16PM-B02, PO16PM-076

Elgeniy I. Lipatov

PO15PM-087

Luis Marques

PO16PM-022, PO16PM-023

Iryna V Litovko

PO16PM-014

Alvaro Martin-Ortega

PO15PM-062

Chih-Tung Liu

OR15PM-A04

Vahagn Martirosyan

TL-41

Chong Liu

PO18AM-058

Hiroki Maruyama

OR15PM-C06

Jiandi LiuPO15PM-025

Shuhei Maruyama

PO16PM-080

Jie Liu

PO16PM-051

Yoshiki Maruyama

PO18AM-053

Shih-Ju LIUPO16PM-092

Zahra Marvi

PO18PM-039

Yong-Xin LiuPO15PM-048

S. Masaki

Gennadii Dmitrievich Liziakin

PO18AM-021



TL-12, OR17AM-C04,
PO16PM-027, PO18AM-025

Detlef Loffhagen

PO15PM-042, PO18PM-025

Francoise Massines

Mikhail Lomaev

PO18PM-033, PO18PM-035

Stefan Matejcik

GL-01, PO18AM-069

Guillaume Lombardi

PO18AM-030, PO18PM-023

Koji Matsubara

OR17AM-A04

Savino Longo

OR16PM-D01, OR16PM-D02

Yasuhito Matsubayashi

PO18PM-048

Daniel Lundin

PO15PM-074

Yoshinobu Matsuda

Haiyun Luo

PO18AM-036

Makoto Matsui

Huan Luo

OR16PM-D03

Wencheng Luo

OR16PM-C03

Yoshiki Matsui

PO16PM-029

Xiang-Yun Lv

PO15PM-051

Yoshihiko Matsui

PO16PM-035

Masaaki Matsukuma

PO16PM-013

Veronika Lyushkevich

TL-26

M

GL-03

OR15PM-B02, PO16PM-025
PO15PM-018,
PO15PM-033, PO18AM-084

Hikaru MatsumotoPO15PM-083

Shogo Matsumura

OR16PM-B04

Shigeyasu Matsuoka

PO16PM-034

Sudhakaran M.S.P.

PO18AM-052

Hiromi Matsusaki

PO16PM-026

Manuel Maas

OR15PM-B04

Hiroto Matsuura

PO16PM-029, PO16PM-054

M Maaza

PO15PM-014

Nicolas Mauchamp

OR15AM-A02

Melanie MacGregor

OR17AM-B04

Rodolphe Mauchauffe

PO18PM-055,

Scott MacGregor

PO15PM-022



Zdenko Machala

TL-03

Kaoru Maekawa

OR16PM-A03

Shiro MaenakaKenta MaeshiroMitsuaki Maeyama
Paul Maguire

PO18PM-070, PO18PM-071

Sanjeev Kumar Maurya

PO16PM-062

Vera Mazankova

PO18PM-014

OR15PM-C03

Colin McCoy

OR16PM-B02

PO16PM-027

William Joseph McDoniel

PO18AM-019

PO18PM-031

Rohit Medwal

PO18PM-065

OR16PM-B02, PO16PM-076

David Meehan

OR19AM-B01, PO18PM-057― 87 ―

Takuya Meijo

PO15PM-070

Antonio Molina-DiazN. Merbahi

PO16PM-082

Vladimir Molotkov

Nofel Merbahi

PO18PM-087

Se Youn Moon

Denis V. Meshkov

OR19AM-C02



Bartosz Michalczuk

PO18AM-069

Christopher H. MooreArmelle Michau

PO16PM-019



PO15PM-012, PO18AM-019

Ivan Moralev

PO16PM-055, PO18AM-081

Matthieu Michiels

TL-29

PO16PM-049
OR15PM-D02
PO15PM-039, PO15PM-040,

PO18PM-055, PO18PM-070, PO18PM-071
OR18PM-C01,

Kazuki Michiya

PO15PM-060

Ladislav MoravskyThomas Danny Michl

OR17AM-B04

Rino Morent

OR16AM-C02, OR19AM-A01

TL-13

Koichi Mori

PO18AM-084

OR15PM-D05

Tadashi Mori

PO15PM-057

Ilarion Mihaila

PO16PM-049

Yuki Mori

PO15PM-085

Vida Mildaziene

TL-26, PO18AM-061

Kengo Moribayashi

PO18PM-079

Richard B. Miles

OR15PM-B05, OR16AM-C01

A. S. Morillo-Candas

TL-07, TL-37

Tiberiu Minea

OR16PM-D03, PO15PM-074

Yusuke Morita

PO18AM-074

Makoto Moriyama

PO15PM-046

Paul Moroz

PO16PM-013

Miroslav Michlicek
Tetsu Mieno

PO18AM-069

Kiyoshi Minegishi

PO18AM-080

Shahriar Mirpour

OR18PM-D01, PO18PM-080

Fuminori Misaizu

PO16PM-026

Aelan Mosden

AS2-I4

Mayank Mishra

PO18PM-065

Miran Mozetic

TL-21

Takuya Mitani

PO16PM-035

Stanislav Mraz

TL-01

M. Mitrou

PO15PM-038

Mohit Mudgal

PO16PM-042

Felix Mitschker

OR15PM-D06

Steve Muhl

PO18AM-037

Fumiaki Mitsugi

OR15PM-C01,

Seiji Mukaigawa

PO15PM-071, PO16PM-075

PO16PM-078, PO18PM-029

Hiroki Munekata

OR15PM-C05


Kohei Mitsuhashi

PO18AM-082

Tomoyuki Murakami

Akihiro Mitsuya

PO15PM-046

Izumi Murakami

PO15PM-002

S. Murakami

PO16PM-066

PO18AM-049,

Soichiro Muraoka

PO18AM-050



PO18AM-050, PO18AM-051

Tomiyasu Murata

PO18AM-068

Machiko Miyake

PO15PM-079, PO16PM-073

Mukhit Muratov

PO15PM-013,

S. Miyagi

TL-33, PO18AM-006, PO18AM-033

Nanoka Miyahara

Naoki MiyamotoPO16PM-060,



PO16PM-061, PO18AM-028

Koki Miyashita

PO18PM-050

Yasutaka Mizui

PO18AM-006

Kazue Mizuno

PO18AM-063

Masaaki Mizuno



TL-24

PO16PM-067, PO18PM-041

Irina V. Mursenkova

PO18AM-034

Markizat M. Myrzabekova

PO16PM-067

N

OR18PM-B02, PO18PM-083

Muhammad Aminurul Helmy Mohamad

PO18PM-068

Hiroyuki Nagai

PO16PM-034

NORHAYATI MOHD NASIR

PO18PM-082

Shota Nagaishi

PO16PM-056

Sebastian Mohr

OR15AM-D02

Keisuke Nagao

PO15PM-016

Young Sun Mok

PO18AM-052

Kenichi Nagaoka

M. Mokhtar Hefny
Zhandos Moldabekov

GL-04



TL-12, OR17AM-C04,
OR19AM-D01, PO18AM-025

PO15PM-003,

Kenkichi Nagato

PO16PM-077



PO15PM-013, PO18AM-001, PO18PM-019,

George V. Naidis

PO18AM-013



PO18PM-041, PO18PM-043, PO18PM-044

T Naito― 88 ―TL-33

Hyakka Nakada

AS2-I3

Sander Nijdam

TL-23, OR15AM-B01,

Yusuke Nakagawa

PO15PM-016, PO15PM-023,



PO15PM-032, PO18AM-070,

Anton Nikiforov

OR18PM-D01, PO15PM-037
PO16PM-028



PO18AM-079, PO18PM-036

A. Nikiforov

PO16PM-049

Yuki Nakagomi

PO16PM-026

Maiko Nishi

PO16PM-080

Naoya Nakahara

PO15PM-046

Hiroshi Nishida

PO16PM-026

Kumi Nakai

PO18PM-030

Hiroyuki Nishida

PO18PM-030

Toshiyuki Nakamiya

PO18PM-029

Keisuke Nishida

OR15PM-C01, PO16PM-078

Hiroaki Nakamura

PO16PM-016

Daisuke Nishijima

OR18PM-A03

Kae Nakamura

OR18PM-B02

Nobuo Nishimiya

PO16PM-026

Keiji Nakamura

PO15PM-059, PO15PM-060

Mineyuki Nishio

PO15PM-090

Keitaro Nakamura

PO15PM-054, PO15PM-080

Shusuke Nishiyama

OR15AM-C02

Koya Nakamura

OR15PM-C04

Kaishu Nitta

TL-17

Masayuki Nakamura

PO15PM-075

Ryoki Niwa

PO18AM-084

Hayao Nakanishi

PO18PM-086

Tomohiro Nojima

PO18PM-003

Haruhisa NakanoTL-12, OR17AM-C04,

Taku Nonomura

PO18AM-082

Poul Norby

OR17AM-A03

Kion Norrman

OR17AM-A03



OR19AM-D01, PO18AM-025

Shizuka Nakano

PO16PM-075

Toshiki Nakano

PO15PM-079, PO16PM-073

Leontiy Aleksandrovich Novikov

PO18PM-047

Yusuke Nakano

PO15PM-053, PO15PM-054,

Tomohiro Nozaki

OR19AM-A02

PO15PM-081, PO15PM-082, PO18PM-005

Shota Nunomura

OR17AM-A04

Shamsulhak S. Nurulhakov

PO15PM-036



Makoto Nakasone

PO18AM-054

Tatsuyuki Nakatani

PO15PM-068,



PO15PM-072, PO18PM-068

O

Takao Namihira

PO16PM-080

Ayesha Nanda

PO18AM-026

BOUNYANG OANTHASAVIKPO16PM-054

Shirai Naoki

PO15PM-025

Brastilav Obradović

PO16PM-028

Ramesh Narayanan

OR17AM-C03,

Akinori Oda

PO16PM-031, PO18AM-027

OR15AM-A01, PO18AM-014

M. Odani

PO16PM-066

Mehrnoush Narimisa

OR16AM-C02

Atsushi Ogata

OR18PM-C03

Nasruddin Nasruddin Nasruddin

PO18PM-077

Daisuke Ogawa

PO15PM-059, PO15PM-060

Zita Nauciene

TL-26

Satoi Ogawa

PO15PM-057

Nicolas Naude

TL-43

Akihisa Ogino

PO18PM-054

nafarizal nayan

PO18AM-048

Hisato Ogiso

PO16PM-075

Chen Hon NeePO15PM-088,

P. Ogloblina

TL-07, TL-37

PO15PM-089, PO18AM-043

Kazuo Ogura

PO18AM-054
PO15PM-067

Sudhir K. Nema

PO16PM-042

Noritada Ogura

Renata Nemkayeva

PO16PM-067

Jun-Seok Oh

NIROD KUMAR NEOG

PO18AM-022



Atsushi Nezu

PO18AM-029

Jung-Min Oh

Duc Ba Nguyen

TL-34, OR16PM-B01,
PO15PM-028, PO15PM-068, PO16PM-090
PO15PM-055

PO16PM-054, PO18AM-052

Takeshi OhmoriAS2-I3

J. Ni

PO18PM-038

Noriyasu Ohno

OR18PM-A03, PO18PM-003

Kari Niemi

OR18PM-A02

Keijiro Ohshimo

PO16PM-026

Kenji Nihei

OR16AM-B01

Hayato Ohta

PO18AM-070― 89 ―

Takayuki Ohta

OR15AM-A01, OR16PM-B01,



P

OR17AM-B02, PO15PM-075, PO18AM-014

Rikuya Oikawa

OR17AM-D04

Yoshihiro OkaPO15PM-019, PO16PM-010

Dilli Babu Padmanaban

PO16PM-076

Jakub Palacky

PO16PM-070

Katsuyuki Okada

PO18AM-020

Nandita PanPO16PM-062

Sho Okada

PO16PM-010

Jiaqi PanPO18PM-065

Toshiya Okahisa

PO18AM-075

Vladislav A Panov

PO18PM-026

Takashi OkamotoPO15PM-033

P. K. Papadopoulos

PO18AM-072

Tadayuki Okano

PO15PM-072, PO18PM-068

Gi-Dong Park

PO18PM-059, PO18PM-060,

Lutfi Oksuz

OR15PM-A03, PO15PM-078



PO18PM-060, PO18PM-062

Takuya Okumura

OR15PM-C03

In Sun ParkYui Okuyama

PO18AM-002

Jae-Hyeock Park

PO18PM-059

Tatsuki Okuyama

PO18PM-003

Joo Young Park

PO16PM-081,

Vladimir I. Oleshko

PO15PM-087

Kazuki Onda

PO15PM-054, PO15PM-080

PO16PM-032

PO16PM-095, PO18AM-017

Jun-Hyoung Park

PO15PM-010
PO18PM-058,

Qin Ong

OR15AM-C01

Jun-Mu Park

Guang Liang OngPO18AM-043



PO18PM-059, PO18PM-063

Hiroshi Onishi

PO16PM-024

Juyoung Park

PO16PM-085, PO16PM-087

Ryo Ono

PO16PM-038, PO18AM-031, PO18AM-063,

Sanghoo Park

PO16PM-081,



PO18PM-024, PO18PM-027, PO18PM-028



PO16PM-095, PO18AM-017

Victor P. Pasko

OR18PM-D02, PO18PM-020

Takahiro Ono
Iuliia Onyshchenko
Hiroki Oota
I.S. Orel

PO18AM-084
OR16AM-C02, OR19AM-A01

Stephane Pasquiers

PO18PM-023

PO15PM-072

Kiran Kumar Patel

PO16PM-050

TL-39

M Atiqur R Patoary

PO15PM-014

Evgeny Oreshkin

PO16PM-021

Giedre Pauzaite

TL-26

Evgenii V. Oreshkin

PO18PM-006

Valery A Pavlov

PO18PM-015

Vladimir I Oreshkin

PO18PM-006

Sergei Ivanovich Pavlov

PO18PM-047

Joanna Pawlat

PO18AM-060

K. Pefani-Antimisiari

PO18AM-071

TL-12, OR17AM-C04,

Lenka Petrželova

PO18AM-062

Juraj OrszaghGL-01

Yukihiro Oryu

PO18AM-080

Masaki Osakabe

OR19AM-D01, PO18AM-025

Andjelija Petrovic

PO18PM-072

Kola Ostrikov

OR17AM-B04

Zoran Lj. Petrovic

TL-22, PO18PM-072

Kentaro Otsuka

PO15PM-019

Thomas J Petty

PO15PM-074

Bounyang Ouanthavinsak

PO16PM-029

Vadim Pinaev

PO15PM-052

Kazushi OuraPO16PM-006

Mikhail Pinchuk

PO16PM-044

Yuki Owada

OR16PM-C01

Nuno Pinhao

Taishu Oyama

PO18PM-050

C. D. Pintassilgo

Atsushi Ozaki

OR15PM-D03

Radek Plašil

PO15PM-009

Y. OZAKIPO16PM-074

Bart Platier

OR15AM-B01

Ryosuke Ozawa

PO18AM-005

Hung Seng Poh

PO15PM-089

Genki Ozeki

PO15PM-082

Valentin PohoataJordyn PolitoSebastian Popescu
N.A. Popov― 90 ―

PO16PM-022, PO16PM-023
TL-07, PO16PM-022, PO16PM-023

PO16PM-049
von Engel & Franklin Prize Lecture
OR19AM-D02, PO18PM-016
TL-39

Š. Roučka

PO15PM-009

OR16PM-C02

Antoine Rousseau

OR16PM-B03

PO18AM-062

Marcel Rudolph

TL-01

PO18AM-062

Dal Hyeon RyuPO15PM-039

PO16PM-019, PO18AM-030

Sangwon Ryu

OR15PM-B01

Maxim A. Popov

PO15PM-007

Jean Michel POUVESLEJan Prašil
Vaclav Prašil
Swaminathan Prasanna
Gregor Primc

TL-21

Andrea Proto

OR17AM-C01

Emilie ProvostOR16AM-A01

Vaclav Prukner

AS1-I4, PO16PM-009, PO16PM-011

Yi-Kang Pu

TL-08

Nevena Puac

TL-22, PO18PM-072

Mikhail Pustylnik

OR15PM-D02

Q
Chenhui Qu

von Engel & Franklin Prize Lecture

R

S
Milan Šimek

AS1-I4, PO16PM-011

Vlasta Štěpánová

PO18AM-062

Nader Sadeghi

OR16AM-A01

B C Saha

PO15PM-014

muhammad zainizan sahdan

PO18AM-048

Debaprasad Sahu

OR17AM-C03

B. B. Sahu

PO15PM-073

D Sahu

PO18AM-027

Hidetoshi Saito

PO18AM-040

Hiroki Saito

PO15PM-083

Taiju Saito

PO18PM-073

Michael A. Raadu

PO15PM-074

Yuki Saito

OR15PM-C06

Gregg Arthur Radtke

PO18AM-019

Kento Sakai

PO15PM-077

Sudha Rajendiran

PO18PM-057

Osamu Sakai

TL-33, PO18AM-006, PO18AM-033

Tlekkabul Ramazanov

PO15PM-003,

Ryusei Sakai

OR17AM-B02



PO15PM-013, PO15PM-069, PO16PM-015,

Masayuki Sakaki

PO16PM-035



PO18AM-001, PO18PM-011, PO18PM-019,

Noritaka Sakakibara

PO18PM-048



PO18PM-041, PO18PM-043, PO18PM-044

HAJIME SAKAKITA

PO18PM-086

Paz Victoria T. Ramos

OR16PM-A01

Sho Sakamaki

PO18AM-075

Ramkrishna Rane

PO16PM-042

Jin SakamotoPO16PM-029

Vijay Rangari

OR15PM-D01

Mizuki SakamotoPO18PM-002

nur amaliyana raship

PO18AM-048

Takuya SakamotoPO16PM-007

Arti Rawat

PO16PM-031

Isao Sakata

OR17AM-A04

Rajdeep Singh Rawat

PO18PM-065

Mikhail Salnikov

PO15PM-052

Zhanibek Rayimkhanov

PO18PM-011

Masaomi Sanekata

PO16PM-026

Kristian Reck

OR16AM-C01

R. Sangines

PO18AM-037

Serhiy Rednyk

PO15PM-009

Joao Santos Sousa

PO18PM-023

Stephan Reuter

OR15PM-B05, OR16AM-C01

MIkael Armenovich Sargsyan

PO18PM-007,

Adrien Revel

OR16PM-D03

Stefan Ries

TL-01



PO18PM-026, PO18PM-066

Akira SasakiPO15PM-002
PO16PM-007

Vasily S. Ripenko

PO18PM-035

Kensuke SasakiStephen Robb

OR17AM-B04

Koichi Sasaki

OR15AM-C02, OR16PM-C01,

Eric ROBERTOR16PM-C02



OR17AM-D01, PO15PM-017,

Cathy Rond

OR16PM-C04, OR17AM-D02



PO15PM-024, PO15PM-025

Olivier van Rooij

PO18PM-034

Masahiro SASAKI

PO16PM-074

Andrew Rossall

PO18PM-057

Mitsuru SasakiPO15PM-056― 91 ―

Shota SasakiOR16PM-C03, OR17AM-B03,

Yuanjie Shi

PO18AM-067, PO18PM-074

Kanji Shibagaki

PO16PM-037

Toru Sasaki

PO16PM-052, PO18AM-015

Hiromi Shibata

OR15PM-D05

Mamiko Sasao

PO16PM-059

Kodai Shibata

PO16PM-075

Fumiya Satake

PO16PM-041

Masao Shibayama

PO18PM-005

Hideaki Sato

PO18AM-080

Satoru Shiina

OR15PM-A01

Takehiko Sato

PO16PM-002,

Takuya Shima

OR15PM-A01

Yuji Shimabukuro

PO16PM-059



PO18AM-079, PO18PM-074

PO18AM-056

Takeshi Sato

PO18AM-003

Kazuo Shimizu

OR18PM-B01

Yuki Sato

PO18AM-054

Kentaro Shimizu

PO15PM-080

Kohki Satoh

PO15PM-015, PO15PM-022

Kotaro Shimizu

PO15PM-054

Naoya Satta

OR17AM-D04

Nobuyuki Shimizu

PO18PM-086

Yukihiro Sawamura

PO16PM-080

Tetsuji Shimizu

PO18PM-086

AS1-I4, PO16PM-009

Yoshiki Shimizu

PO15PM-027

J. Schmidt
Ansgar Schmidt-Bleker

OR15PM-B05

Naoyuki Shimomura

PO16PM-040, PO18AM-075

S. Schneider

GL-04

Naohiko Shimura

PO16PM-084

Jochen M. Schneider

TL-01

Yookyum Shin

PO16PM-087

Viktor Schneider

TL-18

Masako Shindo

PO16PM-094

Sandra Schroeter

OR18PM-A02

Tatsuru ShirafujiPO15PM-028

Naoki Shirai

OR16PM-C01,

Julian Schulze

TL-01, OR15AM-D01

Noboru Segawa

PO16PM-084



OR15PM-A05,

Mamoru Shirakami

PO16PM-094

OR15PM-D03, OR17AM-B02

Masaharu Shiratani

TL-09, TL-26,

Makoto Sekine


OR17AM-D01, PO15PM-017

Masashi Sekine

PO16PM-071



OR15PM-B03, OR15PM-C01, PO15PM-068,

M. Sekine

PO18PM-038



PO16PM-056, PO16PM-078, PO18AM-049,

Igor Selivonin

PO16PM-055



PO18AM-050, PO18AM-061, PO18PM-051

Giorgio S Senesi

TL-45

Beom-Deok Seo

PO18PM-058,



PO18PM-062, PO18PM-063

Tatsuya Shiratori

PO16PM-072

Hanieh Safizadeh Shirazi

OR17AM-B04

Valery A. Shklyaev

PO18PM-022
PO18AM-035,

Yoohyun Seo

PO16PM-085

Dmitry Leonidovich Shmelev

Youbin Seol

PO18AM-007

Takahito Seto

PO16PM-077

Chaehwa Shon

PO16PM-088

TL-38, OR15PM-C01,

Shengwen Shu

PO18AM-012

T. Silva

TL-07, TL-37

Yuichi Setsuhara
PO16PM-078, PO18AM-041, PO18AM-045

PO18PM-006, PO18PM-008

Greg Severn

PO16PM-032

Tiago Silva

PO16PM-023

K. Sgonina

GL-04

Milan Simek

TL-44, PO16PM-009

Ya. Shabelnikova

PO16PM-067

Alain Simonin

OR18PM-A01

Erik Shalenov

PO16PM-015

Priti Singh

PO18AM-027

Prithvi Singh

PO18PM-004
PO16PM-045

Tao Shao

TL-08

Dmytro Shapko

PO15PM-009

S. Sintsov

NARAYAN SHARMA

PO18AM-022

Yulianta Siregar

PO15PM-053

TL-39

Frederick N Skiff

OR15PM-B06

K. Sklias

PO18AM-071

S.A. Shcherbanev
Zunrong ShengYanxiang ShiOR19AM-A02
AS2-I4

Nikola Skoro

― 92 ―

TL-22, PO18PM-072

Alexander Skrylev

PO18AM-085

Masahiro Sugiyama

PO18PM-054

Wojciech Skrzeczanowski

PO18PM-049

Gennady Sukhinin

Pavel Slaviček

PO18AM-062

Dan Sun

OR16PM-B02, PO16PM-076

Valentin Pantelejmonovich Smirnov

PO18AM-021

Daye Sun

OR16PM-B02, PO16PM-076

Miroslav Snirer

PO16PM-043

Peng Sun

PO16PM-018

Rony Snyders

TL-29, PO15PM-041

Akihiro Suwa

PO16PM-035

Ana Sobota

PO18PM-034

Haruka Suzuki

PO15PM-046, PO18AM-032

Masaru Soeda

PO16PM-071

Hiroo Suzuki

PO15PM-067

Davlat K Solikhov

PO15PM-036

Kento Suzuki

PO18AM-082

TL-20, PO15PM-052

E. SonTL-48

Susumu Suzuki

K. SonTL-48

Yu Suzuki

PO18PM-002

Jaemin Song

PO15PM-047, PO15PM-050

P. Svarnas

PO15PM-038, PO16PM-008,

Jung Ho Song

PO15PM-047, PO15PM-050



PO18AM-071, PO18AM-072

Mi-Young Song

TL-04, OR15PM-B01,



PO15PM-008, PO16PM-040

Endre J Szili

TL-34

PO15PM-010, PO15PM-047, PO15PM-050

SangHeon SongPO16PM-068

Yuan-Hong Song

TL-16, PO15PM-044

Yoshito Sonoda

PO18PM-029

Kosuke Tachibana

PO15PM-084

chin fhong soon

PO18AM-048

Jyun-itiro Tachiro

PO18PM-031

Robert Soriano

OR16AM-A01

Muliana tahan

PO18AM-048

Dmitry A. Sorokin

PO18PM-022,

Lenny Tahri

OR18PM-A01



T

PO18PM-033, PO18PM-035

Noriharu Takada

PO15PM-029, PO18AM-044

Ana Sovelas da Silva

OR15AM-C01

Asato Takahashi

OR15PM-C04

Eugen Stamate

OR17AM-A03

Hironori Takahashi

PO18AM-004

TL-06, OR18PM-D03, PO15PM-030

Katsuyuki Takahashi

OR17AM-D04,

Gabi-Daniel Stancu
K. Stapelmann

TL-30



PO15PM-071, PO16PM-075

S.M. Starikovskaia

TL-39

Kazuhiro Takahashi

PO15PM-015, PO15PM-022

Svetlana Starikovskaia

PO18AM-009

Kazumasa Takahashi

PO16PM-052, PO18AM-015

Andrey Yu. Starikovskiy

TL-47, PO15PM-007

Kazunori Takahashi

PO15PM-058, PO18AM-023

Christos K Stavrou

OR15AM-D02

Kazuo TakahashiOlaff Steinke

PO18PM-001

Olga Stepanova

PO16PM-044

Mutsumi Takahashi

Ulf Stephan

PO18PM-001

Koichi TakakiAneta S Stodolna

OR15PM-A06

Shuichi Takamura

OR15PM-C03

Arnold Storm

OR15PM-A06

Keisuke Takashima

OR16AM-B01, OR16AM-B02,

Monika Stupavska

PO18AM-062



OR17AM-B03, OR19AM-C01,

Jia Quan Su

OR19AM-B02



PO18AM-082, PO18PM-074

Yuki Suda

PO18PM-083

Keiichi Takasugi

PO15PM-090
PO16PM-016

PO16PM-066,
PO18PM-040, PO18PM-042
PO15PM-071

OR17AM-D04, PO15PM-071, PO16PM-075

Shiori Sueyasu

PO15PM-054, PO15PM-080

Arimichi TakayamaGoju Suga

OR16PM-C01, PO15PM-017

Keigo Takeda

PO15PM-070, PO15PM-075,

Hirotake Sugawara

PO18AM-002, PO18AM-003,



PO16PM-041, PO18PM-050



PO18AM-004, PO18AM-005

Masao Takeda

PO18PM-002

Satoshi SugimotoPO18PM-088

Hiroki Takehana

PO15PM-064

Hitotsugu Sugiura

PO15PM-065

Yuichiro Takemura

PO18AM-074― 93 ―

Kosuke Takenaka

TL-38, OR15PM-C01,

Markus Thoma

OR15PM-D02

Edward Thomas Jr

OR15PM-D01

Nozomi Takeuchi

OR15PM-C01, OR18PM-C03,

Hubertus Thomas

OR15PM-D02



PO16PM-004, PO16PM-078

KWAI LIN THONG

PO18PM-082

Takae Takeuchi

OR15PM-D04

Alexandr Tikhonov

PO16PM-015

Masafumi Takeyama

PO18AM-080

Thomas Tillocher

OR16PM-A03

Hirofumi Takikawa

PO15PM-061

Rinat Askhatovich Timirkhanov

PO18AM-021

Alexandre Tallaire

PO18PM-023

Igor Timoshkin

PO15PM-022

Tetsuro Tamura

PO16PM-026

Erin Joy Capdos Tinacba

OR16PM-A04

Hirohiko Tanaka

OR18PM-A03

Fumiyoshi Tochikubo

PO15PM-016, PO15PM-023,

Hiromasa Tanaka

OR16PM-B04,



PO15PM-032, PO18AM-070,



OR18PM-B02, PO18PM-083



PO18AM-079, PO18PM-032, PO18PM-036

Hiroto Tanaka

PO18PM-040, PO18PM-042

Kiho Toda

PO15PM-084

Manabu Tanaka

OR15PM-C05, OR15PM-C06

Kazuki Toda

PO18AM-079

Motofumi Tanaka

PO18AM-080

Rui Togashi

PO18PM-040, PO18PM-042

Nozomi Tanaka

PO16PM-059

Chiharu Tokoro

PO16PM-080

Takahiro Tanaka

PO18PM-064

Jozef Toman

PO16PM-043

Yasunori Tanaka

PO15PM-053, PO15PM-054,

Roman S. TomashevskiyOR19AM-C02



PO15PM-080, PO15PM-081,

Masakazu Tomatsu

OR15PM-A05



PO15PM-082, PO18PM-005

Ryoya Tominaga

PO15PM-061

PO16PM-076

Masahide Tona

PO16PM-026

Tianyu Tang

PO18AM-057

Lizhu Tong

PO16PM-017

Tsuyoshi TanimotoPO15PM-061

Ionut Topala

PO16PM-049

Victor F. Tarasenko

AS1-I2, PO15PM-087,

Hirotaka Toyoda

PO15PM-046, PO18AM-032

PO18PM-021, PO18PM-022, PO18PM-033

Shinya Toyokuni

OR18PM-B02, PO18PM-083

AS1-I1Thuy Dung Tran

PO15PM-009



PO16PM-078, PO18AM-041, PO18AM-045

Miao Tang
Pierre Tardiveau
Ram D. Tarey

OR17AM-C03, PO16PM-031, PO18AM-027

Nguyen Trung Tran

PO16PM-029, PO16PM-054

Yoshinori Tateishi

PO18AM-075

Jaroslav Vladimirovich Triaskin

PO18PM-015

Yuki Tauchi

PO18AM-032

Juan Gabriel B. Troncales

OR16PM-A01

Aigerim Tazhen

PO18PM-011

Thomas Trottenberg

OR15AM-B02, OR15PM-B04

PO16PM-022, PO16PM-023

David Trunec

PO18PM-014

Assem Temirbek

PO15PM-013

Kuen-Yu Tsai

PO15PM-020

Yung Hsin Teng

PO15PM-021

Shing-Che Tsai

TL-28

Jonathan Tennyson

OR15AM-D02

Yu-Hao Tsai

AS2-I4

Akihiro Terakado

PO18PM-002

Tsanko V Tsankov

OR17AM-C02

Yoshiyuki TeramotoOR18PM-C03

Sedina Tsikata

OR16PM-D03

Takashi TERAMOTO

PO16PM-074

Sena Tsuchiya

PO16PM-037

PO16PM-040, PO18AM-075

Keizo TsukamotoPO16PM-026

PO15PM-034

Ryuta Tsukamoto

PO18AM-006

TL-17, PO15PM-027, PO18PM-048

Masanao Tsumaki

TL-17

Antonio Tejero-del-Caz

Kenji Teranishi
Kenichiro TerasakaKazuo Terashima

Katsuyoshi TsumoriDmitriy Viktorovich TereshonokL. Terraz
Jannis Teunissen

PO18PM-007, PO18PM-026
TL-07



Kheng Yew TsungAS1-I3, PO18AM-011― 94 ―

TL-12, OR17AM-C04,

OR19AM-D01, PO16PM-059, PO18AM-025
PO15PM-088

Takayoshi Tsutsumi

OR15PM-A05, OR15PM-D03,



PO15PM-065, PO18PM-038

V

Mikhail M Tsventoukh

PO18PM-008

Christophe VALLEE

PO16PM-074

Jingyi Tu

OR15PM-C02

Georgiy Evgenievich Valyano

PO18PM-007

Zlata Tučekova

PO18AM-062

Richard van de Sanden

Maria Tudorovskaya

OR15AM-D02



Jonathan Turner

OR16PM-B02

Alex van de Steeg

OR15AM-C01

Ferdi van de Wetering

OR15AM-B01

Dirk C.M. van den Bekerom

OR15AM-C01

Alexander Semenovich Tyuftyaev

Jeroen van den Brink

OR15PM-A06



Thijs van der Gaag

PO16PM-024

Clemence Tyl

TL-43

George R. Tynan

OR16AM-D02
PO18PM-007, PO18PM-066

U
Giichiro Uchida

TL-38, OR15PM-C01,

GL-05, OR15AM-C01, OR16PM-D02

Marc van der Schans

OR15AM-B01, PO15PM-037

Pascal Van Der Voort

OR19AM-A01

Jan van Dijk

OR15AM-B01

Gerard J van Rooij

OR15AM-C01



PO16PM-078, PO18AM-041

Jacqueline van Veldhoven

OR15PM-A06

Hideo Uchida

PO15PM-059, PO15PM-060

Behnaz Bagheri Varnousfaderani

PO18AM-011

Satoshi Uchida

PO15PM-016, PO15PM-023,

Irina S. Varshamova

OR19AM-C02



PO15PM-032, PO18AM-070,

Joseph Vimal Vas

PO18PM-065



PO18AM-079, PO18PM-032, PO18PM-036

Krasimir Vasilev

OR17AM-B04

Ko Udagawa

PO18AM-032

Petr Vasina

TL-29

M Alfaz Uddin

PO15PM-014

Arlette Vega

OR16PM-C04, OR17AM-D02

Nobuhiro Ueda

PO18PM-069

Peter Verhoeff

PO18PM-001

Satoshi Uehara

PO16PM-002

Ad Verlaan

PO18PM-001

Katsunori Ueno

PO15PM-031

Anshu Verma

OR17AM-C03

Hideki Ueno

PO16PM-010

Alenka Vesel

TL-21

Yoshihiko Uesugi

PO15PM-053, PO15PM-054,

Luca Vialetto

OR16PM-D01



PO15PM-080, PO15PM-081,

Pedro Viegas

TL-27, OR16PM-D02



PO15PM-082, PO18PM-005

Alexander Vodopyanov

PO16PM-045

TL-19, PO18PM-025

Pascal VogelPO16PM-049

PO18AM-035, PO18PM-006

Farina Vogt

TL-30

Dirk Uhrlandt
Igor Vladimirovich Uimanov
Pavel Yu. Ulanov

PO18AM-034

Seichi Urakawa

PO18AM-049, PO18AM-051

W

Alexander Usachev

OR15PM-D02

Andrey G Ushakov

OR15PM-A06, PO18PM-001

Przemyslaw Wachulak

PO18PM-049

Ravil Anatolevich Usmanov

PO18AM-021

Eugene Wackerbarth

PO16PM-032

Yerbolat Ussenov

PO16PM-093,

Keitaroh Wada

PO18PM-073



PO18PM-052, PO18PM-053

Tatehito Usui

AS2-I3

Emre Uygun

OR15PM-A03

Aysegul Uygun Oksuz

OR15PM-A03, PO15PM-078

Motoi Wada


TL-12, PO16PM-027, PO16PM-059,
PO16PM-060, PO16PM-061, PO18AM-028

Erik Wagenaars
Wahyudiono Wahyudiono

OR19AM-B01, PO18PM-057
PO15PM-029

Dan Wang

OR16PM-D04, PO16PM-051

Feng Wang

OR15PM-C02

Hao Wang

PO18AM-036― 95 ―

Hong-Yu Wang
Junkang WangLei Wang
Lijun Wang

PO16PM-018, PO18AM-066

Yota YamamotoPO16PM-007

OR16PM-A02

Yuta YamamotoPO18PM-003

T. Yamao

PO16PM-066

Hitoshi Yamaoka

PO16PM-059

Daisuke Yamashita

PO16PM-056,

PO16PM-028, PO16PM-049
OR16PM-D04, PO16PM-033, PO16PM-051

Mingmei Wang

AS2-I4

Ningli Wang

PO18PM-065

Xifeng Wangvon Engel & Franklin Prize Lecture

Xinxin Wang

PO18AM-036

You-Nian Wang

TL-16, PO15PM-044,



PO18AM-049, PO18AM-050

Ichiro Yamashita

PO15PM-070

Takahiko YamashitaOR15PM-B02, PO15PM-056,

PO16PM-006, PO16PM-007, PO16PM-025



PO15PM-048, PO15PM-051

Masahiro Yamazaki

OR15AM-C02

Yuan Wang

OR16PM-D04, PO16PM-033

Kumiko Yamazaki

OR16PM-A03

Ze zhong Wang

PO15PM-006

Masato Yamazaki

PO15PM-008

Nobuyoshi Watanabe

PO18AM-080

Kiyoyuki Yambe

PO18AM-039, PO18AM-040

Shu Watanabe

PO15PM-054, PO15PM-080

Chih-Man Yang

PO16PM-091

Takayuki Watanabe

OR15PM-C05, OR15PM-C06

Ji-Hoon Yang

PO18PM-062, PO18PM-063

Yasumasa Watanabe

TL-11

Runxiao Yang

PO15PM-062, PO18PM-056

Riku Watase

PO16PM-037

Shali Yang

PO15PM-045

Yan Fen Wei

PO18AM-077

Wei Yang

OR18PM-C02, PO16PM-020

Y. J. WeiPO18PM-081

YiCi Yao

PO18AM-073

Klaus-Dieter Weltmann

OR15PM-B05

Seong Ling YapPO15PM-088,

Ying-Ying WenPO15PM-044



De-Qi WenPO15PM-048

G. Willems

GL-04

Seong Shan Yap

PO15PM-089, PO18PM-082
PO15PM-088,
PO15PM-089, PO18AM-043

Ching-Jung Wu

OR15PM-A04

Dmitry A. Yarantsev

PO18AM-081

Jong-Shinn Wu

TL-28, OR15PM-A04, PO16PM-091

Victoriya Yaroshenko

OR15PM-D02

Mu-Chien Wu

OR15PM-A04, PO16PM-091

X

Shu YasumotoOR15PM-B02, PO16PM-025

Koichi Yatsuda

OR16PM-A03

Mitsuyasu Yatsuzuka

PO15PM-019

TEOW SIN YEANG

PO18PM-082

PO18PM-038

Benjamin T. YeeAo Xu

PO18AM-056

Yerassyl Yerlanuly

PO15PM-069

Bin Xu

OR15PM-A01

Lin Yi

PO18AM-066

Jiajie Xu

PO18AM-065

Yasunobu Yokomizu

OR15PM-C04

Junhui Xu

PO18PM-065

Ken Yonezawa

PO15PM-072

Suhwan Yoo

PO15PM-055

X. Xie

Y

OR18PM-C01, PO15PM-012

Jung-Sik Yoon

PO15PM-047, PO15PM-050

Kotaro Yoshida

PO18AM-028

Hiromasa Yamada

PO18PM-086

Kouki Yoshida

PO15PM-057

Ippei Yamada

PO16PM-059

Naoaki Yoshida

PO18PM-003

Kazuhiko Yamada

PO15PM-033

Tatsuki Yoshii

PO18PM-036

Shota Yamada

PO18AM-029

Nobuhisa Yoshikawa

Takuto Yamaguchi

PO18PM-069

Shinji Yoshimura

OR19AM-D01, PO15PM-034

Hiroaki YamamotoPO16PM-026

Tomoyuki Yoshino

PO15PM-057

Shin-ichi Yamamoto

PO18AM-042

Kentaro Yoshioka

PO16PM-061― 96 ―

OR18PM-B02

Tomoki Yoshitani

PO18AM-041

Xiaobing Zou

PO18AM-036

Shin-Jae YouPO16PM-030

Nikolay M Zubarev

PO18PM-009

Yong Sung YouPO15PM-040

Rasa Zukiene

M. Yousfi

PO16PM-082

Tao Yuan

OR19AM-B02

Tetsuya YukimotoPO15PM-082

Ken Yukimura
Ilgu YunYong-Sup Yun
Gozde Yurdabak Karaca

PO15PM-071, PO16PM-075
PO15PM-043
PO18PM-058, PO18PM-060
OR15PM-A03

Z
Sergey I. Zaitsev

PO16PM-067

Lenka Zajickova

TL-13

Rok Zaplotnik

TL-21

Miroslav Zemanek

PO18AM-062

Rong Zeng

PO15PM-006

Cheng Zhang

TL-08

Du Zhang

AS2-I4

Guokai Zhang

TL-19

Hao-Wei Zhang
Li Zhang

PO15PM-020
OR16PM-B02, PO16PM-076

Quan-Zhi Zhang

PO18AM-066

Shan Zhang

PO18AM-058

Xinrong Zhang

PO18AM-064

Ya Zhang

PO15PM-045, PO18AM-066

Yu-Ru Zhang

PO15PM-044

Yibin Zhang

OR15PM-B05

Xiang Zhang

PO18PM-027, PO18PM-028

Kai Zhao

PO15PM-048

Sergey Zhdanov

OR15PM-D02

Yashuang Zheng

PO16PM-051

Ying Zheng

OR18PM-B03

Yuesheng ZhengWei Zhong
Qianhong Zhou

OR15PM-C02, PO18AM-012
PO18AM-056
OR18PM-C02, PO16PM-020

Quan Zhou

PO18AM-036

Ren Zhou

OR15PM-A02

Renwu Zhou

PO18PM-078

Rusen Zhou

PO18PM-076

Xuan Zhou

PO15PM-006

Yifei Zhu

OR15PM-C02

Chi jie Zhuang

PO15PM-006― 97 ―TL-26

JEOL Plasma Equipment
超高温・高純度・高反応場

高周波誘導熱プラズマ装置

TP series

高周波誘導により生成する約10,000度の熱プラズマを利用し、瞬時に蒸発や溶融、反応や改質など、急速加熱から急冷による材料プロセッシングが可能です。

用途例●ナノ粒子や複合粒子、球状粒子の作製●微粉末・ナノ粒子の化学合成や反応、改質●厚膜合成、溶射、CVD●有害ガス分解●溶解

核生成・凝縮TP-40020NPS
Ar＋H2プラズマ

粉末供給装置Fine Nano Feeder

TP-Z180111VEFDR
サブミクロン〜100μm程度の微粒子を安定供給可能なテーブル式パウダーフィーダーです。
配管を通してキャリアガスと共に微粉末を搬送します。
今まで困難であった凝集性の高い、1〜数μmの微粒子も送ることができます。

アルミナ(0.1μm)
約4ｇ/min

産業機器営業部

TEL:03-6262-3570

E-mail:sales-ieg@jeol.co.jp

URL:http://www.jeol.co.jp/products/list̲eb.html

Horizon

Minilite

InliteSurelite OPO Plus

Powerlite DLS

VistaSurelite Seedre
Mesa

Terra

CustomLASER SYSTEMS FOR DEMANDING APPLICATIONS
高出力パルス YAG レーザー
小型パルス YAG レーザー
波長可変レーザー

LD 励起高出力レーザー

高出力フェムト秒レーザー
カスタム仕様レーザー

AMPLITUDE JAPAN 合同会社
http://www.amplitude-japan.jp/〒103­0025 東京都中央区日本橋茅場町 1­2­5 日本ビルディング 2 号館 1F
TEL : 03­6661­7921
FAX : 03­6661­7922