2019.10.20
rd

3 Asia-Pacific Conference on Plasma Physics(AAPPS-DPP2019)
November 4-8, 2019
Crowne Plaza Hefei, Hefei, Anhui, China
Organized by AAPPS-DPP
Hosted by Department of Engineering and Applied Physics, USTCAAPPS-DPP held 1st Asia-Pacific Conference on Plasma Physics (AAPPS-DPP2017) during 18-23, September 2017 in
Chengdu, China (http://aappsdpp.org/DPPP2017programlatest/index.html) and the 2nd Asia-Pacific Conference on Plasma
Physics (AAPPS-DPP2018) during 12-17, November 2018 in Kanazawa, Japan (http://aappsdpp.org/DPP2018/index.html),
successfully. AAPPS-DPP will have 3rd annual conference in Hefei. This conference is the annual plasma physics conference in
Asia-Pacific region, similar to the APS-DPP and EPS-DPP conferences on plasma physics.
[1] Scope of the AAPPS-DPP2019:
AAPPS-DPP2019 is a plasma physics conference under the authority of AAPPS-DPP for scientific discussions on plasma
physics. This conference should be physics oriented and provide interdisciplinary and in-depth discussions among and in various
fields of plasma physics and application.
[2] Date: November 4(Monday) -8(Friday), 2019[3] Conference Venue: Crowne Plaza Hefei: Building A, No.598 Huangshan Road, Hefei, 230088, China[4] Organization:
AAPPS-DPP (http://aappsdpp.org/AAPPSDPPF/) is organizing body of this conference.
[5] Host: AAPPS-DPP 2019 is hosted by Department of Engineering and Applied Physics, USTC
[6] Endorsement/ Recognition/Sponsor
Endorsed by,
1. APS-DPP: Division of plasma physics, American Physical Society https://www.aps.org/units/dpp/
2. JPS: Physical society of Japan https://www.jps.or.jp/english/
3. JSAP: Japan society of applied physics https://www.jsap.or.jp/english
4. CPS-DPP: Division of plasma physics, Chinese physical society
5. KPS-DPP: Division of plasma physics, Korean physical society
6. PSSI: Plasma science society of India http://www.pssi.in/
7. ASJ: Astronomical society of Japan http://www.asj.or.jp/en/
8. CAS: Chinese Astronomical Society http://english.astronomy.pmo.cas.cn
9. ASI: Astronomical society of India https://www.astron-soc.in/
10. SGESPP: Society of Geomagnetism and Earth, Planetary and Space Science (SGEPSS)
http://www.sgepss.org/sgepss/index-e.html
11. CSSR: Chinese society of Space Research http://www.cssr.org.cn/pages/kxxhweb/jianjie.htm
12. JSAP: Japan Society of Applied Physics http://annex.jsap.or.jp/
13. CMS-DPP: Division of plasma physics, Chinese society of theoretical and applied mechanics http://en.cstam.org.cn/
14. LSJ: The Laser society of Japan http://www.lsj.or.jp/LSJHP/LSJindex.html
15. CPS-DHEDP: Division of High Energy Density Physics, Chinese Physical Society
16. JSPF: The Japan society of Plasma Science and Nuclear Fusion Research http://www.jspf.or.jp/eng/
17. CNS-NFPP: Division of nuclear fusion and plasma physics, Chinese Nuclear Society
18. AAAPT: Asian African Association for Plasma Training http://www.aaapt.org/
19. Australian ITER Forum https://fusion.ainse.edu.au/
Recognized by,
1. Chinese Astronomical Society http://english.astronomy.pmo.cas.cn/
2. EPS: European Physical Society https://www.eps.org/

1

2019.10.20

Financially supported by,
1. China International Nuclear Fusion Energy Program Execution Center
2. Hefei Municipal Bureau of Science and Technology
3. APCTP (Asia Pacific Center for Theoretical Physics) https://www.apctp.org/main/
4. Top Glove Foundation http://www.topglove.com/top-glove-foundation/
5. ENN Sci. & Tech Co. Ltd. http://www.ennresearch.com/
6. National Natural Science Foundation of China
7. Southwestern Institute of Physics
8. Institute of Plasma Physics, Chinese Academy of Sciences
9. University of Science and Technology of China
10. School of Physical Sciences, University of Science and Technology of China
11. Department of Engineering and Applied Physics, University of Science and Technology of China
12. Key Laboratory of Geospace Environment, Chinese Academy of Sciences
13. IFE Forum[7] Scientific Program
3rd Asia-Pacific conference on Plasma Physics will cover following sub-disciplines of plasma physics.
1. CD
Cross-disciplinary (Focused Topics)
2. F
Fundamental plasma (Focused Topics)
3. B
Basic plasma
4. A
Applied plasma
5. L
Laser plasma
6. SGSpace plasma & Geomagnetism
7. SA
Solar &Astro plasma
8. MF
Magnetic Fusion plasma
1) CD focused topics: Nonlinear Wave-Particle Interaction, Transitions, Relaxation
2) F focused topics: The "Fundamental”category is for presentations that have universal impact disseminating to wide area of sciences. In thisconference, F-PC chair will try to call contribution aiming at dissemination to general science. The sessions will be built around the following
four subjects: 1. Nonlinear physics (including Hamiltonian structure, integrability, chaos, turbulence, etc.) , 2. Linear theory (including spectral
analysis, non-Hermitian system, symmetry breaking/chirality, etc.), 3. Statistical physics (including entropy, non-equilibrium system, SOC,
turbulence, etc.) , 4 Modeling (including toy model, topological dynamics, quantum/relativistic system, etc.)
3) "Basic" session will cover a variety of subjects in basic plasma physics (including topics on plasma diagnostics, numerical simulation, dusty
plasma, plasma source, propulsion, and heating systems).

[8] Important Dates
Deadline for nomination of plenary and invited speakers
Feb 28 -> Extended to March 15 (Finished)
Deadline for nomination of 2019 S. Chandrasekhar Prize
March 31 -> Extended to April 15 (Finished)
Deadline for nomination of 2019 Innovation Prize (New)March 31 -> Extended to April 15 (Finished)
Notification of plenary and invited speakers
Mid April -> May 22 (Finished)
Deadline for application to Financial AssistanceMay 31 -> Closed
Deadline for nomination of DPP young research award
May 31 -> Closed June 15
Deadline for nomination of U30 Doctoral Scientist/Student award May 31 -> Closed June 15
Call for contributed presentation (oral/poster)April 1- June 15 -> Closed July 15
Call for post deadline (poster)August 1 - September 20
Deadline for VISA application
September 30 (Hard deadline)
Deadline for early registration*
October 1
Conference (on-site payment is possible)
Nov. 4-82

2019.10.20*: Early registration (commit to come) is highly recommended since LOC will determine number of printing program books
based on this number while payment of registration fee is possible on-site.
[9] Basic Structure of Scientific Program
Conference will run from Monday (4 Nov.) to Friday (8 Nov.). Morning sessions will be plenary session (no parallel session) in principle
which may include ~36 plenaries (30 minutes) and 9 summaries. Afternoon session will be dedicated for parallel sessions.

[10] Registration fee
Registration fee
MemberNon-member
Student and retiredfee (same at on-site)
500 US$
600 US$
250 US$

Note
Same for endorsed/recognizing societies

Note 1: Member fee is applied to AAPPS-DPP members and members of endorsed societies. Registration fee includes 1)
Admission to all conference sessions and 2) Conference Materials. Coffee break and welcome reception are free of charge.
USTC bank account only accepts Bank Transfer. We have same registration fee on site.
a) Welcome reception: There will be a free reception on Monday evening (Nov. 5) 19:00-21:00. Place will be noticed later.
b) Lunch ticket: Buffet in Crowne Plaza Hefei is recommended. The buffet is 100Yuen/person.
c) Conference diner: Conference diner will be held on Thursday evening (Nov. 7) 19:00-22:00.
d) Conference tour: tbde) Visit LOC HP (http://ktx.ustc.edu.cn/AAPPSDPP2019.html) for details.

[11] VISA requirement
Participants who need VISA should contact LOC at myfang@ustc.edu.cn. There is an online form in the Google docs. Any

person who need apply Chinese Visa, please fill the following form. Once the necessary information has been collected,
we will send the official invitation letter for the visa application ASAP.
Visit LOC HP (http://ktx.ustc.edu.cn/AAPPSDPP2019.html) for details.
Deadline for VISA process is September 30 (strict deadline) and LOC will send invitation letter who paid registration fee. Incase participant can’t come, paid fee will be reimbursed with some cost.
[12] Financial assistance
There will be limited resources to assist contributors from developing countries or retired persons who will give presentation.
We closed application on May 31. http://aappsdpp.org/DPP2019/financialassistance.html.

3

2019.10.20[13] Hotel information
LOC reserved a block of rooms in Crowne Plaza Hefei (http://hotel-rez.com/hw/a401754/location.html) and Best Western
Premier Hotel Hefei behind with discount price. Visit LOC HP (http://ktx.ustc.edu.cn/AAPPSDPP2019.html) for details.

Crowne Plaza Hefei (center) and Best Western Premier Hotel Hefei (left)

42019.10.20[14] Venue detail
Conference venue is Crowne Plaza Hefei.
Session namePlenary
Cross Disciplinary session

Room name

Capacity

Fenghua Ballroom1+2+3

650 Seats

Mahogany Room 紫檀厅

area 89 m^2, max 60 Seats

Fundamental plasma session

Willow Room 杨柳厅

area 89 m^2, max 60 Seats

Basic plasma session-1

Acacia Room 藤金厅

area 84 m^2, max 60 Seats

Basic-2/Applied-2

Oak Room 橡树厅area 82 m^2, max 60 Seats

Applied plasma session-1

Birch Room 白桦厅area 84 m^2, max 60 Seats

Laser plasma -1 (inc. L-semi plenary)
Laser plasma session -2

Fenghua Ballroom3
Maple Room 红枫厅

area 500 m^2, 265 Seats
area 89 m^2, max 60 SeatsSpace and Geomagnetism plasma session
Solar and Astro plasma session
Magnetic Fusion plasma session-1
Magnetic Fusion plasma session-2
Poster session

Cypress Room2
Cypress Room1
Fenghua Ballroom1
Fenghua Ballroom 2
Pre-function Area (Foyer)

160 m^2, 60 Seats
228 m^2, 110 Seats
area 500 m^2, 265 Seats
area 328 m^2, 120 Seats
567m^25

2019.10.20
Fenghua Grand Ballroom: Plenary, MF-1,2, L-1

Basic-1(Acacia), Basic-2/ Applied-2(Oak), Applied-1(Birch)

Birch : no photo
CD (Cross-disciplinary) : Mahogany Room 紫檀厅
F (Fundamental) : Willow Room 杨柳厅
Lase-2 : Maple Room 红枫厅Space and Geomagnetism plasma: Cypress Room2
Solar and Astro plasma : Cypress Room1

6

2019.10.20
Sunday(03, Nov)

13:00-18:00
Registration
at

Monday (04, Nov)

Tuesday (05, Nov)

Wednesday (06, Nov)

Thursday (07, Nov)

Friday (08, Nov)

7:00~ Registration ( )8:30-10:00:
Opening [Fenghua]
Chair: Ge Zhaung
Detail is shown at Bottom Right
Corner

7:00~ Registration ( )8:30-10:30 Plenary 2 [Fenghua]
Chair: Pat Diamond[Sanae I. Itoh Memorial Session]
8:00-8:30: PL5 Chang Hee Nam
8:30-9:00: PL6 Pallavi Jha
9:00-9:30: PL7 Xavier Garbet
9:30-10:00:PL8 Lin I
10:00-10:30 PL9 Young-Hoon Song
10:30-11:00: Coffee break
11:00-13:00 Plenary 3 [Fenghua]
Chair: Tohru Hada
11:00-11:30:PL10 James Drake
11:30-12:00:PL11Alexandre Lazarian
12:00-12:30:PL12 Philip Morrison
12:30-13:00:PL13 Yoshifumi Kimura
13:00-14:00: Lunch

7:00~ Registration ( )8:30-10:30 Plenary 4 [Fenghua]
Chair: Ryosuke Kodama

7:00~ Registration ( )8:30-10:30 Plenary 6 [Fenghua]
Chair: Chuan Sheng Liu

8:00-8:30: PL14 Min Xu
8:30-9:00: PL15 Weixing Wang
9:00-9:30: PL16 Yoshiharu Omura
9:30-10:00:PL17 Michel Koenig
10:00-10:30 PL18 Baifei Shen
10:30-11:00: Coffee break
11:00-13:00 Plenary 5 [Fenghua]
Chair: Wonho Choe
11:00-11:30:PL19 Richard Buttery
11:30-12:00:PL20 Si-Woo Yoon
12:00-12:30:PL21 Hitoki Yoneda
12:30-13:00:PL22 Jiayu Dai
13:00-14:00: Lunch

8:00-8:30: PL23 Xianzu Gong
8:30-9:00: PL24 Gurbax Lakhina
9:00-9:30: PL25 Hirotaka Toyoda
9:30-10:00:PL26 Kazuhiko Endo
10:00-10:30 PL27 Qiugang Zong
10:30-11:00: Coffee break
11:00-13:00 Plenary 7 [Fenghua]
Chair: Yong Liu
11:00-11:30:PL28 Troy Carter
11:30-12:00:PL29 JinLin Han
12:00-12:30:PL30 David Hughes
12:30-13:00:PL31 Jie Jiang
13:00-14:00: Lunch

7:00~ Registration ( )8:00-10:00 Parallel Session 9
B-9(Acacia)
A-9(Birch)
L-12(Mahogany)
L-13(Maple)
SG-9(Cypress2)
MF-17(Cypress1)

14:00-16:00 Parallel Session 1
CD-1(Mahogany)
F-1(Willow),
B-1(Acacia),
A-1(Birch),
LSP-1(Fenghua3)
SG-1(Cypress2)
SA-1(Cypress1)
MF-1(Fenghua1)
MF-2(Fenghua2)

14:00-16:00 Parallel Session 3
CD-3(Mahogany),
F-3 Poster(Foyer)
B-3 Poster(Foyer)
A-3 Poster(Foyer)
L-1(Fenghua3)
L-2(Maple)
SG-3(Cypress2)
SA-3(Cypress1)
MF-5(Fenghua1)
MF-6(Fenghua2)

14:00-16:00 Parallel Session 5
CD-5(Mahogany),
F-5(Willow)
B-5(Acacia)
A-5(Birch)
L-5(Fenghua3)
L-6(Maple)
SG-5(Cypress2)
SA-5(Cypress1)
MF-9 Poster(Foyer)
MF-10 (Fenghua2)

14:00-16:00 Parallel Session 7
CD-7(Mahogany)
F-7(Willow)
B-7(Acacia)
A-7(Birch)
L-9 Poster(Foyer)
SG-7 Poster(Foyer)
SA-7 Poster(Foyer)
MF-13(Fenghua1)
MF-14(Fenghua2)

16:00-16:30: Coffee Break
16:30-18:30 Parallel Session 2
CD-2(Mahogany)
F-2(Willow)
B-2(Acacia)
A-2(Birch)
LSP-2 (Fenghua3)
SG-2(Cypress2)
SA-2(Cypress1)
MF-3(Fenghua1)
MF-4(Fenghua2)

16:00-16:30: Coffee Break
16:30-18:30 Parallel Session 4
CD-4 Poster (Foyer)
B-4(Acacia)
A-4(Birch)
L-3(Fenghua3)
L-4(Maple)
SG-4(Cypress2)
SA-4(Cypress1)
MF-7(Fenghua1)
MF-8(Fenghua2)

16:00-16:30: Coffee Break
16:30-18:30 Parallel Session 6
CD-6(Mahogany)
F-6(Willow)
B-6(Acacia)
A-6(Birch)
L-7(Fenghua3)
L-8(Maple)
SG-6(Cypress2)
SA-6(Cypress1)
MF-11(Fenghua1)
MF-12 Poster(Fenghua2)

16:00-16:30: Coffee Break
16:30-18:30 Parallel Session 8 F-8(Willow)
B-8(Acacia)
A-8(Birch)
L-10(Fenghua3)
L-11(Maple)
SG-8(Cypress2)
SA-8(Cypress1)
MF-15(Fenghua1)
MF-16(Fenghua2)

19:00-22:00: Reception (Cypress1)[Yuanxi Wan, Ge Zhuang]

19:00-20:00: EV-1 (M. Kikuchi)
Status and Issues of AAPPS-DPP
Chair: Liu Chen
(Fenghua3)

19:00-20:00:EV-2
EV-2-1 Bernard Bigot (ITER)
ITER Project (Remote Talk)
EV2-2Delong Luo(MOST): Chinese Fusion Program
Chair: Baonian Wan(Fenghua3)

19:30-22:00: Conference Dinner(Award intro.)(Fenghua)

10:00-11:00: Photo & Coffee
11:00-13:00 Plenary 1 [Fenghua]
Chair:Baonian Wan
11:00-11:30: PL1 RoderickW. Boswell
11:30-12:00: PL2 Yuming Wang
12:00-12:30: PL3 Chi Wang
12:30-13:00: PL4 Ryoji Matsumoto
13:00-14:00: Lunch

7

Saturday(09, Nov)

10:00-10:30: Coffee break
10:30-12:00 Plenary 8 [Fenghua]
Chair: Sudip Sengupta
10:30-11:00 PL32 Dominique Escande
11:00-11:30:PL33 Jin-Xiu Ma
11:30-12:00:PL34 Frederck Skiff
12:00-13:00: Lunch
13:00-17:30 Plenary 9 [Fenghua]
Chair: Yuanxi Wan & Mitsuru Kikuchi
13:00-13:30: PL35 Yi-Kang Pu
13:30-14:00: PL36 P.D. Diamond
14:00-14:30: PL37 Zensho Yoshida
14:30-15:00: PL38 Tomo-Hiko
Watanabe
15:00-15:30: PL39 Jian Zheng
15:30-16:00: PL40 Xiaohua Deng
16:00-16:30: PL41 Siming Liu
16:30-17:00: PL42 Ge Zhuang
17:00-17:30:X. Duan: Poster Prize
17:30-18:00 Closing Remark andNext Conference in Jeju Island/ Korea

ConferenceTour
ShouxianCounty9:00-16:00

YX Wan/ M. Kikuchi and Si-Woo Yoon
04 November
8:30-10:00:Opening
Chair: Ge Zhuang[Fenghua]

1. USTC Chancellor (10min)
2. Local Government (10min)
3. MOST Delong Luo (10min)
4. IOC Chair: Yuanxi Wan (10min)
5. DPP Chair M.Kikuchi Chandrasekhar Prize (10min)
6. U 40 Selection Chair Liu Chen &U30 Selection Chair Kunioki Mima (20min)
7. AAPPS-DPP Innovation Prize Ceremony
Introduction by Yi-Kang Pu (20 min)

2019.10.20
Part III
Scientific Program
1. Opening, Plenary, Parallel sessions and Closing
Conference Registration, Nov. 4 (Mon), 7:00~
Opening Session [Nov 4(Mon) 8:30-10:00 [Chair: Ge Zhuang]
8:30-8:40: USTC Chancellor

8:40-8:50: Local Government

8:50-9:00: MOST Delong Luo

9:00-9:10: IOC Chair Yuanxi Wan

9:10-9:15: DPP Chair Mitsuru Kikuchi
9:15-9:20: Introduction of 2019 S. Chandrasekhar Winners

9:20-9:40: U40 selection chair Liu Chen, U30 selection chair Kunioki Mima

9:40-10:00: 2019 AAPPS-DPP Innovation Prize Ceremony
Introduction of first winner by Yi-Kang Pu on behalf of selection committee
10:00-11:00: Photo session and Coffee Break [Ge Zhuang]
Plenary Session 1 [Nov 4(Mon) 11:00-13:00 [Chair: Baonian Wan]
PL-1
Roderick W.
Australian National
Innovation prize winner (1)Boswell
University

PL-2
(MF)

Yuming Wang

USTC

PL-3
(SG)

Chi Wang

National Space
Center, CAS

The SMILE mission: science and technical status

PL-4
(SA)

Ryoji Matsumoto

Chiba University

Magnetic Activities of Black Hole Accretion Disks

Solar Wind Transients in 3D

Lunch [13:00-14:00]

Topical Sessions [14:00-18:30]
Reception [Nov 4(Mon) 19:00-22:00 [Yuanxi Wan, Ge Zhuang]8

2019.10.20
Nov. 5 (Tue), 7:00 ~ Conference Registration,
Plenary Session 2 (Sanae Inoue Itoh memorial session) [Nov 5(Tue) 8:00-10:30 [Chair: Patrick Diamond]
IBS
PL-5
Chang Hee Nam
Exploration of nonlinear Compton scattering between a laser-accelerated(L)
GeV electron beam and a PW laser
PL-6
(IN)

Pallavi Jha

University ofLucknow

Wakefields in Plasma: Particle Acceleration and Terahertz Generation

PL-7
(CD)

Xavier Garbet

CEA

Entropy and relaxation processes

PL-8
(B)

Lin I

National Central
University

Cooperative excitations in dusty plasma liquids and nonlinear dust
acoustic waves: from order to turbulence

PL-9
(A)

Young-Hoon
Song

Korea Institute ofMachinery andMaterials

Application of plasma technologies for air pollution control

Coffee Break [10:30-11:00]
Plenary Session 3 [Nov 5(Tue) 11:00-13:00 [Chair: Tohru Hada ]PL-10James Drake
University of(SG)
MarylandConfronting reconnection simulations with MMS observations

PL-11
(SA)

Alexandre
Lazarian

University of
Wisconsin-Madison

Intimate Connection of Astrophysical Magnetic Reconnection andTurbulence

PL-12
(F)

Philip Morrison

The University ofTexas at Austin

Hamiltonian Description of Plasma and other Matter

PL-13
(CD)

Yoshifumi
KimuraNagoya University

Vortex reconnection and a finite-time singularity of the Navier-Stokes
equations

Lunch [13:00-14:00]
Topical Sessions [14:00-18:30]

Evening Session 1 [Nov 5(Tue) 19:00-19:40 [Chair: Liu Chen]
EV1-1: Mitsuru Kikuchi:
Status and Issues of AAPPS-DPP

9

2019.10.20
Nov. 6 (Wed), 7:00 ~ Conference Registration
Plenary Session 4 [Nov 6(Wed) 8:00-10:30 [Chair: Ryosuke Kodama]Southwestern Institute
PL-14
Min XuAdvances in understanding of turbulent transport and confinementof Physics(MF)
improvement in the HL-2A tokamak
PL-15
(CD)

Weixing Wang

Princeton Plasma
Physics Laboratory

ExB shear flow structure and plasma self-driven current generation inmagnetic island

PL-16
(SG)

Yoshiharu
Omura

Kyoto University

Dynamic variation of Earth's outer radiation belt due to nonlinear
wave-particle interactions

PL-17
(L)

Michel Koenig

Ecole Polytechnique

Overview of Laboratory Astrophysics Experiments at LULI

PL-18
(L)

Baifei Shen

Shanghai Normal
University

Physics for laser power from 1 PW to 100 PW

Coffee Break [10:30-11:00]
Plenary Session 5 [Nov 6(Wed) 11:00-13:00 [Chair: Wonho Choe ]PL-19
Richard Buttery
General Atomics
The Advanced Tokamak Path to a Compact Fusion Pilot Plant
(MF)

PL-20
(MF)

Si-Woo Yoon

National Fusion
Research Institute

Overview of KSTAR results and Plan

PL-21
(L)

Hitoki Yoneda

University ofElectro-Communications

Progress of inner-shell ionized hard x-ray laser pumped by intense XFEL pulses

PL-22
(B)

Jiayu Dai

National Universityof Defense
Technology

Electron-ion coupled dynamics and structures in warm dense plasmas

Lunch [13:00-14:00]

Topical Sessions [14:00-18:30]

Evening Session 2 [Nov 6(Wed) 19:00-19:40 [Chair: Yuanxi Wan]
EV2-1: Bernard Bigot (ITER Organization): ITER Project(Remote Talk)

EV2-2: Delong Luo (Ministry of Science and Technology): Chinese Fusion Program

102019.10.20
Nov. 7 (Thurs), 7:00 ~ Conference Registration
Plenary Session 6 [Nov 7(Thurs) 8:00-10:30 [Chair: Chuan Sheng Liu]
PL-23
Xianzu Gong
ASIPP
Overview of experimental results in EAST Tokamak
(MF)

PL-24
(SG)

Gurbax Lakhina

Indian Institute ofgeomagnetism

Boundary Layer Waves in Space Plasmas

PL-25
(A)

Hirotaka Toyoda

Nagoya University

One-dimensionally long-scale atmospheric-pressure plasma forlarge-area surface treatment

PL-26
(A)

Kazuhiko Endo

Tohoku University

Atomic Layer Etching, Deposition and Modification Processes forNovel Nano-materials and Nano-devices

PL-27
(SG)

Qiugang Zong

Peking University

Magnetospheric Response to Solar Wind Forcing: ULF wave – Particle
Interaction Scenario

Coffee Break [10:30-11:00]
Plenary Session 7 [Nov 7(Thurs) 11:00-13:00 [Chair: Yong Liu ]PL-28
Troy Carter
UCLA
(B)

Overview of the Basic Plasma Science Facility: the physics of waves
relevant to space, astrophysical and fusion plasmas

PL-29
(SA)

JinLin Han

National Astronomical
Observatories of China

Observing Interstellar and Intergalactic Magnetic Fields

PL-30
(CD)

David Hughes

University of Leeds

Dynamo action in rapidly rotating convection with no inertia

PL-31
(SA)

Jie Jiang

Beihang University

Predictability of Solar Cycle

Lunch [13:00-14:00]

Topical Sessions [14:00-18:30]

Banquet [Nov 6(Thursday) 19:00-22:00]

11

2019.10.20
Nov. 8 (Friday) Topical Sessions 8:00-10:00,
Coffee Break [10:00-10:30]
Plenary Session 8 [Nov 8(Fri) 10:30-12:00 [Chair: Sudip Sengpta ]PL-32
Dominique
Aix-Marseille(F)
EscandeUniversity

Relation of the Vlasovian and of the N-body descriptions of
microscopic plasma physics

PL-33
(A)

Jin-Xiu Ma

USTC

Basic experiments on ion waves excitation and propagation

PL-34
(B)

Fredrick Skiff

University of Iowa

Observing plasma kinetic degrees of freedom using advanced
diagnostics

Lunch [12:00-13:00]
Plenary Session 9 (Summary) [Nov 8(Fri) 13:00-17:30 [Chair: Yuanxi Wan & Mitsuru Kikuchi ]PL-35
Yi-Kang Pu
Tsinghua University
Summary of Applied plasma session
(A)
PL-36
(CD)

P.D. Diamond

UCSD

Summary of Cross Disciplinary session

PL-37
(F)

Zensho Yoshida

The University ofTokyo

Summary of Fundamental plasma session

PL-38
(B)

Tomo-Hiko
Watanabe

Nagoya University

Summary of Basic plasma session

PL-39
(L)

Kunioki Mima

GPI

Summary of Laser plasma session

PL-40
(SG)

Xiaohua Deng

Nanchang University

Summary of Space plasma and Geomagnetism session

PL-41
(SA)

Siming Liu

Purple Mountain
Observatory

Summary of solar and astro plasma session

PL-42
(MF)

Ge Zhuang

USTC

Summary of magnetic fusion plasma session

Xuru Duan

SWIP

Poster Prize Ceremony

Plenary Session 10 (Closing) [Nov 8(Fri) 17:30-18:00 [Chair:
YX Wan/ M. Kikuchi
and Si-Woo Yoon]
Closing remark and Next Conference in Jeju Island/ Korea

122019.10.20
2. Program Detail of Topical Sessions
2.1 Cross Disciplinary
CD-1 [Memory in Turbulence ,Chair: David Hughes ] 14:00-16:00, Nov. 4, Mahogany
CD-I1

Patrick Diamond

UCSD

CD-I2
Linda Sugiyama
CD-I3
Kohei Inayoshi
CD-I4
Kiori Obuse
CD-Discussion1(Garbet)

Spontaneous Transport Barriers Quench Turbulent Diffusion in 2 Dimensional andreduced MHD
Steady States for Solar Coronal Loops
Rapid black hole formation and growth
Zonal flow formation in two-dimensional Rossby wave turbulence on a rotating sphere
Memory in Turbulence

PPPL
Peking Univ.
Okayama Univ.
(20’)

CD-2 [Flows and Turbulence, Chair: Yusuke Kosuga] 14:00-16:00, Nov. 4, Mahogany
CD-I5
CD-I6
CD-I7
CD-I8
CD-O1

Yuejiang Shi
Ting Long
Peng Shi
Maxime Lesur
Haiyun Tan

SNU
SWIP
HUST
Lorraine Univ.

New experimental findings of non-local transport in J-TEXT and KSTAR

Soochow Univ.

The characteristics of PBGs in 1-D plasma photonic crystals

Studies of Reynolds Stress and the Turbulent Generation of Edge Poloidal Flows on the HL-2A Tokamak

Experimental Investigations of MARFE and Density Limit on J-TEXT Ohmic Plasma
Description of turbulent transport in the velocity spaceCD-3 [Plasma Rotation, Chair: Xavier Garbet ] 14:00-16:00, Nov. 5, Mahogany
CD-I9
George Tynan
CD-I10 Shigeru Inagaki
CD-I11 Lu Wang
CD-O2
Vijay Jha
CD-Discussion2 (Kosuga)

UCSD
Kyushu Univ.
HUST

Generation of intrinsic parallel flows from drift turbulence with broken symmetry
Flows, Waves and Turbulence in Laboratory Plasma

Tribhuvan Univ.

Measurement of Floating Potential and Ion Concentration in Arc Plasma at Atmospheric Pressure(30’)

Uses of Basic Experiments

Intrinsic current driven by electromagnetic electron temperature gradient turbulence in tokamak plasmas

CD-4 [poster session]

16:30-18:30, Nov. 5, Foyer

CD-P1

De-Xuan Hui

Dalian Universityof Technology

CD-P2
CD-P3
CD-P4
CD-P5

Lipeng Wang
Zhengjun Mao
Qinghao Yan

Peking University

Giovanni Di
Giannatale

Università di
PadovaLagrangian Coherent Structures as skeleton of transport in low collisionality and chaotic magnetic
systems

CD-P6

Weixin Guo (U30
winner)

HUST

Impurity transport driven by parallel velocity shear turbulence in hydrogen isotope plasmas

Peking University

SWIP

Modulation of ion beams in two-component plasmas: Three-dimensional
particle-in-cell simulation
Simulations and Applications of Reduced MHD
Phase dynamics mechanism of coupling between shear flow and turbulence
On Target Pattern Formation in the CHNS system

CD-5 [Pattern Formation , Chair: Patrick Diamond]CD-I12
CD-I13
CD-I14CD-O3

Zhibin Guo
Yusuke Kosuga
Weixin Guo
Ning Ning

CD-Discussion3 (Diamond)

Peking Univ.
Kyushu Univ.
HUST
Xi'an jiaotong
University(30’)

14:00-16:00, Nov. 6, Mahogany

How Phase Patterning Drives and Saturates Zonal FLow
Interplay among 3D flows in turbulent plasmas
Scale selection and feedback loops for patterns in drift wave-zonal flow turbulence

Metabolomics analysis of inactivating tumor cells by plasma treatment
Staircases, and Phases

CD-6 [Structure Formation , Chair: Kiori Obuse ]16:30-18:30, Nov. 6, , Mahogany

CD-I15
CD-I16

Li-Feng Wang
Srimanta Maity

IAPCM
IPR

CD-I17
CD-I18
CD-O4

Kenichiro Terasaka
Michikazu Kobayashi

Kyushu Univ.
Kyoto Univ.

Progress on weakly nonlinear hydrodynamic instabilities in spherical geometry
Equilibrium structure formation and dynamical response of strongly coupled dusty
plasmas: A Molecular Dynamics study
Inhomogeneous neutral gas flow field structure in a partially ionized ECR plasma
Theoretical study of quantized vortices and quantum turbulence

Mithun Karmakar

IPR

Excitation of Plasma Wakefields by Relativistic Proton Beam

CD-I16 Maity cancel

CD-7 [Anisotropic Flows and Turbulence, Chair: Zhibin Guo ] 14:00-16:00, Nov. 7, Mahogany
CD-I19Takeshi Ido

NIFS

Nonlinear wave-particle interaction in magnetized high temperature plasmas confined in Large
Helical Device

CD-I20CD-I21
CD-O5

Julian Mak
Naoto Yokoyama
Naila Noreen

Univ. Oxford
Osaka Univ.

Role of energetically constrained turbulent transport coefficients in ocean climatology
Energy fluxes in anisotropic turbulence

Forman Christian
College

Electron contribution in mirror mode instability in quasilinear regime

There is no CD-8, CD-9 sessions.
13

2019.10.20
2.2 Fundamental Plasma Physics [Invited 30 min, Oral 20 min]F-1 [vortex dynamics , Chair: Z. Yoshida ] 14:00-16:00, Nov. 4, Willow
F-I1
F-I2
F-O1
F-O2
F-O11

Tomoo Yokoyama
MichaelWheatland
Hiroto Aibara
Liu ChenRupak Mukherjee(U30 winner)

Kyoto University
Univ. of Sydney

Topological fluid data analysis: COT representations of surface flows and their implementations

Univ. of Tokyo
Zhejiang Univ.
IPR

The partition of enstrophy between zonal and turbulent components
Self-consistent kinetic theory with nonlinear wave-particle resonances

Magnetic helicity and open magnetic fields

Recurrence in three dimensional magnetohydrodynamic plasma

F-2 [Nonlinear phenomena, Chair: Liu Chen ] 16:30-18:30, Nov. 4, Willow
F-I3

Chihiro Matsuoka

Osaka City Univ.

Deterministic representation of chaotic attractors and capture of all homoclinic points in Henon
map

F-I4
F-O3
F-O4
F-O5

Yasuhiko Igarashi
Cong Meng
Haruhiko Saitoh
Prabhakar Srivastav

Univ. of Tokyo
Peking Univ.
Univ. of Tokyo
IPR

Sparse modeling for a data-driven approach in Plasma Physics
Phase dynamics in nonlinear three-wave coupling
Chaos of energetic positron orbit in a dipole magnetic field configuration
Finite Plasma Beta Effect on Turbulent Particle and Energy Transport in Electron Temperature
Gradient driven Turbulent

F-3 [Poster session, fundamental aspect of plasma physics] 14:00-16:00, Nov. 5, Foyer
F-P1
F-P2
F-P3
F-P4
F-P5
F-P6
F-P7
F-P8

Matthew Hole
Liu ChenZhiyong Qiu
Dominique Escande
Zhaoyang Liu
Naoki Kenmochi
Shinya Maeyama
Robert Dewar

USTC
Univ. of Tokyo
Nagoya Univ.
ANU

F-P9

Yohei Kawazura

Univ. of Tokyo

F-P10

Hiroto Aibara

Univ. of TokyoF-4 [No session

ANU
Zhejiang Univ.
ANU
Aix-Marseille Univ.

Topical review: the use of Bayesian inference to model complex systems.
GeFi-E&amp;B:A New Particle Simulation Scheme using Electromagnetic Fields
High frequency mode generation by toroidal Alfven eigenmodes
Relation of the Vlasovian and of the N-body descriptions of microscopic plasma physics
On deterministic nature of intermittent geodesic acoustic mode observed in tokamaks
Deep learning for tomographic reconstruction of imaging diagnostics
Methodology for extracting and modeling electron-scale effects in multi-scale plasma turbulenceTime-dependent relaxed magnetohydrodynamics — inclusion of cross helicity constraintusing phase-space action
Action principles for relativistic extended magnetohydrodynamics: A unified theory ofmagnetofluid models

The partition of enstrophy between zonal and turbulent components] 16:30-18:30, Nov. 5, Willow

F-5 [Hamiltonian structure, Chair: P.J. Morrison] 14:00-16:00, Nov. 6, Willow
F-I5
Natalia Tronko
Max Planck IPP
Geometrically reduced kinetic simulations of fusion plasmas
MHD equilibria via simulated annealing and their stability -- negative energy modes and
F-I6
Masaru Furukawa Tottori University
additional constraints

F-I7
F-O6

Rong Zou
R.L. Dewar

Zhejiang Normal Univ.

Three-dimensional azimuthal magnetorotational instability of a MHD flow

ANU

Time-dependent relaxed magnetohydrodynamics — inclusion of cross helicity constraint using
phase-space action

F-6 [Beltrami Fields, Chair: R.L. Dewar] 16:30-18:30, Nov. 6, Willow
F-I8
Naoki Sato
Kyoto University
Local Clebsch parametrization of Beltrami equilibria
F-I9
Yao Zhou
PPPL
Variational integration for ideal MHD and formation of current singularities
F-I10
Dhairya Malhotra
New York Univ.
A boundary integral equation solver for computing Taylor states in toroidal geometries
F-I11
Zhisong Qu
ANU
Stepped pressure equilibrium with flow
(U30winner)
F-7 [Multi-scale numerical methods, Chair: D. Escande] 14:00-16:00, Nov. 7, Willow
F-I12
Tao Wang
Zhejiang Univ.
Hybrid simulations of shear Alfven fluctuations in burning fusion plasmas
F-I13
Zhe GaoTsinghua Univ.
Theory of Quasi-mode Parametric Decay in Plasmas
F-O7
Ryusuke Numata
Univ. of Hyogo
Gyrokinetic simulations for understanding self-organization and turbulent transport inmagnetospheric plasmas
Methodology for extracting and modeling electron-scale effects in multi-scale plasma turbulence
F-O8
Shinya Maeyama
Nagoya Univ.

F-8 [spin/chirality/relativity, Chair: P.J. Morrison] 16:30-18:30, Nov. 7, Willow
F-I14

Pavel Andreev

Hydrodynamic representation of the many-particle spin-1/2 Pauli equation for
quantum plasmas

Jianxing Li

Lomonosov
Moscow State Univ.
XJTU

F-I15
F-O9
F-O10

Zensho Yoshida
Yohei Kawazura

Univ. of Tokyo
Univ. of Tokyo

Deformation of Lie-Poisson algebras producing chirality

Determination of the Carrier-envelop phase of PW laser pulses and generation of
spin-polarization relativistic electron beams via a single-shot ultra-intense laser pulse
Action principles for relativistic extended magnetohydrodynamics: A unified theory of magneto
fluid models

14

2019.10.20
F-9 [No session] 8:00-10:10, Nov. 8, Willow

2.3 Basic Plasma Physics
B-1 [Waves and plasmas (I), Chair:Tomo-Hiko Watanabe] 14:00-16:00, Nov. 4, Acacia
B-I1
Amar Prasad Misra
Visva-Bharati Univ. Stimulated scattering in relativistic plasmas
Detection of anisotropy in the electron velocity distribution produced by electron
B-I2
Taiichi Shikama
Kyoto Univ.
cyclotron resonance heating using the polarization of helium atom emission lines
The Arctic Univ.
On the ion beams and energetic electrons through a current-free double layer
B-I3
Ashild Fredriksen
Norway(CFDL)
Stimulated Excitation of Thermal Waves in Magnetized Plasmas and Use in
B-I4
Richard Sydora
Univ. Alberta
Thermal Conductivity Measurement
Auburn Univ.
Excitations of dust density waves with discharge polarity reversal
B-O1
Surabhi Jaiswal
B-2 [Quantum and atomic processes in plasmas, Chair: Amar Misra ] 16:30-18:30, Nov. 4, Acacia
Helmholtz-Zentrum
B-I5
Tobias Dornheim
Ab initio simulations of warm dense matter
Dresden Rossendorf

B-I6
B-I7
B-I8

Ke YaoHiroyuki Takahashi
Masafumi Yoshida

B-O2

Dongdong Kang

Fudan Univ.

Resonant electron ion recombinations: reliable atomic data for high temperature plasmas

Tohoku Univ.
Yamaguchi
Univ.
NUDT

Application of an RF plasma source for divertor plasma study and its recent results
Property for production of the hydrogen negative ions by surface production process
on the inner surface of the aperture
Quantum simulation of structure and thermodynamic properties of dense hydrogen

B-3 Poster session [B-P1
Sima Roy
B-P2
Kishan Kumar
B-P3
Kohei Fukuyama
B-P4
Papihra Sethi
B-P5
Sona Bansai]
VISVA-BHARATI
Univ.Rajasthan Jaipur

Hiroshima Univ.
Guru Nanak Dev Univ

Sikh national
college

14:00-16:00, Nov. 5, Foyer
Stability of electromagnetic solutions in relativistic degenerate plasmas
Large amplitude ion acoustic double layers in warm negative ion plasma
Emission spectroscopy of high-density helium plasmas in a cascade arc discharge source
2-D Nonlinear Structures In a Non-Maxwellian Strongly Coupled Dusty Plasma
Theoretical analysis of electron-acoustic shock waves in magnetized superthermal
plasma with electron beam

PKU

Research on density limit in tokamak

Guru Nanak Dev Univ

Head On Collision Of Low Frequency Shock Waves In Quantum Dusty Plasma

Guru Nanak Dev Univ

Interaction Of Electron Acoustic Waves In Relativistic Quantum Plasmas

Dalian University ofTechnology
Mandalay
Technological Univ

Directional drift and merging of focal spots in nonlinear evolution of the current
filamentation instability
Fundamental Studies for Electrical Properties of Dielectric Barrier Discharge Plasma
with Different Positioning Electrodes at Different Pulsed Voltages
Determination of arbitrary EEDF by continuum spectrum analysis of atmosphericpressure plasma using a genetic algorithm

B-P6
B-P7
B-P8
B-P9

Xiobo Li
Sunidhi Singla
Rupinder Kaur
Xiao-Juan Wang

B-P10

Si Thu Htun

B-P11

Thijs van der Gaag

Tokyo institute ofTechnology

B-P12
B-P13
B-P14
B-P15
B-P16
B-P17

Bo-long Zhu
Guodong Yu
Takahiro Shugyo
Avnish Kumar Pandey
Takeharu Sugawara
Alexandra Frolov

USTC
Zhejiang Univ.
Hiroshima Univ.
IPR
Tohoku Univ.

Excitation and Evolution of Ion Waves in ECR Plasma
Design of Optimized Stellarators with Simple Coils
Generation of a high-density Ar plasma for plasma window applications

IPP,Czech Academyof Sciences

Long-gap laboratory atmospheric discharge

B-P18
B-P19
B-P20

Debjani Chatterjee

VISVA-BHARATI

Generation of wakefields and EM solitons in a relativistic degenerate plasma

Surendra Kumar Jain SK

Govt. College Dhoplur

Ion-acoustic Solitary wave in superthermal plasmas with two electron temperature distribution

Jitendra Kumar Chawla JKC

Govt. Girls College
Banswara

Small amplitude ion acoustic solitary wave in negative ion plasma with superthermal
electron

B-P11: cancel (09.10)
B-4 [Dusty plasma, Chair: Lin I ]B-I9
Weili Fan
Hebei Univ.
B-I10 Modhuchandra Laishram USTC

B-I11
B-I12

Yan Feng
Khare Avinash

B-O3

Hao-Wei Hu

Soochow Univ.

Central Univ.
SikkimNCU

Floating sheath characteristic of a negative ion emitting electrode in electronegative plasma

Axial and radial momentum fluxes lost to a radial wall of a helicon plasma thruster

16:30-18:30, Nov. 5, Acacia
Self-organized pattern formation in dielectric barrier discharge and kinetic simulations
A dusty plasma model for characteristics of vortices in Jupiter’s atmosphere
Shear modulus of 2D dusty plasma solids
Phase transitions in gravitational dusty plasmas
Structural rearrangements in confinement-induced layering of quenched dusty plasma liquids

B-5 [Numerical methods and simulations, Chair: Zhihong Lin ]14:00-16:00, Nov. 6, Acacia
B-I13
Jianyuan Xiao
USTC
Structure-preserving Geometric Particle-in-Cell Algorithms

B-I14
B-I15

Akira Kageyama
Daniele Bonfiglio

B-I16

Pallavi Trivedi

Kobe Univ.

4-D Street View: Movie-based visualization method for HPC

Consorzio
RFX
IPR

Nonlinear MHD modelling of helical self-organization in the RFP: effect of a realistic
boundary and predictions for RFX-mod2
Kinetic Eulerian Simulation of Electrostatic Phase Space Vortices (PSVs) In A Driven-Dissipative15

2019.10.20
Vlasov-Poisson System

B-O4

Abid Ali Abid

USTCElectrostatic solitary structures in an electron beam-plasmas using 1-D particle in cell simulation

B-6 [Simulations and Experiments on transport, Chair: Richard Sydora ]16:30-18:30, Nov. 6, Acacia
B-I17
Zhihong Lin
UC Irvine
Verification and Validation of Integrated Simulation of Energetic Particles in Toroidal Plasmas
Observation of energetic particle transport via passive beam emission spectroscopy
B-I18
Rui KeSWIP
diagnostic system on HL-2A tokamak
B-I19
Kenneth Gentle Univ. Texas The Nonlinearly Saturated State of Strong Interchange Turbulence
B-I20
Weiwen Xiao
ZJU
Experimental research on particle transport in Tokamak plasmas

B-O5

Sita Sundar

IIT Madras

Influence of collisions on wake due to grain in non-Maxwellian plasmas

B-7 [Basic plasma experiments, Chair: Frederic Skiff ]
14:00-16:00, Nov. 7, Acacia
B-I21
Shunjiro Shinohara TUAT
Development of Electrodeless Thruster using High-Density Helicon Plasma Sources
B-I22
Kazunori Takahashi Tohoku Univ. Many aspects of plasma expansion physics in the magnetic nozzle and space applications
B-I23
Seong Ling Yap
Univ. Malaya
Optimization of deuteron beam yield in a low-energy dense plasma focus device
University of
Full-2D imaging measurement of ion heating/transport process during high field
B-I24
Hiroshi TanabeTokyomerging experiment in TS-6
B-O6
Lei Chang
Sichuan Univ. Plasma instability of magnetically enhanced vacuum arc thruster
B-8 [Diagnostics, Chair: Kazunori Takahashi ]B-I25
Yang Yang
Fudan Univ.
Aix-Marseil
B-I26
Mohammed Koubiti
Univ.
B-I27
Jinbang Yuan
SWIP

16:30-18:30, Nov. 7, Acacia
High resolution x-ray spectroscopy of Tungsten and Molybdenum for fusion diagnostic
Reviewing spectroscopic techniques used for divertor plasmas of magnetic fusion
devices

B-I28

Estimation of tungsten influx rate and study of edge tungsten behavior based on theobservation of EUV line emissions from W6+ ions in HL-2A

Chunfeng DongSWIP

Gas Puff Imaging Measurements During Resonant Magnetic Perturbations on HL-2A Tokamak

B-9 [Waves and plasmas (II), Chair: Shunjiro Shinohara ]8:00-10:00, Nov. 8, Acacia
B-I29
Nareshpal Singh Saini Guru Nanak Interaction of solitons and shocks in dusty plasmas
Dev Univ.
B-I30
Shogo Isayama
NCU
Underlying mechanisms in the dynamic profile formation of high-density helicon plasma
Donghua
Study of wave spectra of square-lattice domains in a disordered q2D binary complex
B-I31
Chengran Du
University
plasmaB-O7
Garima Arora
IPR
Excitation of stationary structures in a flowing dusty plasma
B-O8
IPRInteraction of Charged particles in an Inertial Electrostatic Confinement device
Neelanjan Buzarbaruah

B-I29 cancel

16

2019.10.20
2.4 Applied Plasma Physics [Invited 30 min, oral 15min]
A-1 [Plasma Agriculture, Chair: Hirotaka Toyoda]
A-I1

Kazunori Koga

A-I2

Hiroshi
Hashizume

A-I3

F. Huang

A-O1
A-O2

14:00-16:00, Nov. 4, Birch

Kyushu Univ. /NINS

Impact of Atmospheric Pressure Plasma Irradiation to Seeds on Agricultural
Productivity

Nagoya University

Improvement of growth and yield of rice plants with plasma treatment

Jiao Jiao Zhang

China Agricultural
Univ.
Southwest Univ.

Cheng Feng

Soochow Univ.

Different patterns during particle growth process in an rf discharge dusty plasma
system
Non-thermal DBD plasma regulates chicken Sertoli cell proliferation via AMPKmTOR signaling pathway
The effect of APGD plasma treatment on silk fabricA-2 [Plasma Medicine, Chair: Feng Huang
A-I4

Michael Keidar

GeorgeWashington Univ.
HUST

A-I5

Zilan Xiong

A-I20

Se Youn Moon

A-O3

G.P. Panta

Chonbuk National
University
Kathmandu Univ.

A-O4

Naoyuki Iwata

Meijyo Univ.

]

16:30-18:30, Nov. 4, Birch

Adaptive plasmas for biomedicine
Cold Atmospheric Plasma (CAP) Treatment of Onychomycosis: Application andMechanism
Atmospheric pressure plasma surface modification: from surface treatment to thin film
deposition
Atmospheric Pressure Co-axial Cylindrical Dielectric Barrier Discharge Ozone Generation
For Water Treatment Applications

Evolution of chemical composition in radical-activated water for one monthA-I4, A-O3 cancelled
A-3 [Applied plasma poster session]
A-P1 Peiyu Ji
Soochow
University
A-P2 JianQiao Li
USTC
A-P3
A-P4

Dai Zhang
Yuan Hao

Fudan University
Kyushu Univ.

A-P5
A-P6

Yue ChenTakashi Kanki

A-P7

Asahi Kani

USTCJapan Coast
Guard Academy
Meijo University

A-P8
(PD)
A-P9
(PD)

Hokuto Sekine

The University ofTokyo
Jouf University

Sobhy Ghalab

14:00-16:00, Nov. 5, Foyer
Fabrication of vertically-oriented graphene using helicon wave plasma
chemical vapor deposition
Simulation of a novel reactor for plasma pyrolysis of hydrocarbons to preparenano-carbon materials
Fabrication of graphene-based plasmonic nanostructure using argon plasma
Effects of Pressure on Characteristics of a-Si:H Films Desosited using
Multi-Hollow Discharge Plasma CVD
Si-B-N Ternary Films on Mg-Li Alloys
Trajectory simulations of negative ions for developing novel plasma processing
Effect of radical assist using atmospheric pressure plasma jet for synthesis ofzinc oxide thin film by mist CVD
Experimental observation of Ion behavior in an Inductive Radio- frequency
Plasma Accelerator
Characterization of 50 Hz Dielectric Barrier Discharge Plasma Actuator
Operating in Atmospheric pressure

A-4 [DBD Discharge, Chair: Young-Hoon Song]
16:30-18:30, Nov. 5, Birch
Optical Characterization of Atmospheric Pressure Dielectric Barrier Discharge (DBD) in
D.P. Subedi
A-I6
Kathmandu Univ.
A-I7
A-I8
A-I9

Ryuta Ichiki
Cheng
Zhang
R.B. Tyata

Oita Univ.
Institute of ElectricalEngineering, CAS

Khwopa College ofEngineering

A-5 [Plasma Source, Chair: Wonho Choe ]A-I10

Hirotaka Toyoda

A-I11

Shinya Kumagai

A-I12

Shuqun Wu

Air Using Transparent Electrode
Nitrogen doping technique with dielectric barrier discharge under high temperature

The discharge propagation and the evolution of electric field and surface charge innanosecond-pulse surface dielectric barrier discharge
Surface Modification of Polymers and Textiles by Atmospheric Pressure Argon Glow
Discharge

14:00-16:00, Nov. 6, Birch

Nagoya Univ.
Meijo Univ.
Nanjing University ofaeronautics and astronautics

One-dimensionally long-scale atmospheric-pressure plasma for large-area surface
treatment
Plasma-on-Chip: A micro device for irradiating single cells with non-thermal
atmospheric pressure plasma
High-electron-density microplasmas generated inside capillaries

Advanced Low Temperature Processes at the University of Illinois
D.N. Ruzic
Univ. of Illinois
Toyoda moved to plenary, A-I13 to be given by Daniel Andruczyk
A-I13

17

2019.10.20
A-6 [Plasma Diagnostics, Chair: Hai-Xing Wang]
16:30-18:30, Nov. 6, Birch
Electrical, optical, and physicochemical behaviors of atmospheric pressure plasma
A-I14 Keigo Takeda
Meijo Univ.
jet generated in open air(U40 winner)
Tomography-based 2D plasma imaging for low and high temperature
A-I15 Wonho Choe
KAIST
A-I16

Hiroshi Akatsuka

TIT

A-O7

Yan Yang

Soochow Univ.

large-scale plasmas
Optical emission spectroscopic (OES) analysis of electron temperature anddensity in atmospheric-pressure non-equilibrium argon plasmas
Preparation and properties of longevity-enhanced high-quality Al2O3 and its
composite Al2O3/Er2O3 TPB coatings

A-7 [Nano Material, Chair: Daniel Andruczyk ]14:00-16:00, Nov. 7, Birch
A-I17
MakotoHigh throughput production of silicon nanorod from powder feedstock
The University of Tokyo
Kambaraby plasma flash evaporation
A-I18
SureshDelhi Technological
Effect of Process Parameters on the Growth and Field Emission
SharmaUniversity
Properties of Graphene -Carbon Nanotube Composite
Effect of hydrogen/carbon ratio on graphene synthesis using
A-O8
Zhongshan Lu USTC
magnetically stabilized gliding arc discharge
Continuous synthesis of graphene nano-flakes by non-thermal plasma
A-O9
Dongning Li
USTCwith a magnetically rotating arc at atmospheric pressure
Effect of hydrogen addition and temperature on morphology of thermal
A-O10 Xianhui Chen
USTC
Ar/C2H2 plasma synthesized carbon nanomaterials
Effect of carbon sources on the formation of carbon-coated silicon
A-O15 Xiaoyu Zhang Kyushu Univ.
nanoparticles by induction thermal plasma
A-8 [Low pressure discharge, Chair: R. Boswell]
Alejandro
A-I19
Ecole Polytechnque,
Alvarez Laguna

Palaiseau

A-O11

Hokuto Sekine

The University of Tokyo

A-O12

Jiali Chen

Soochow University

16:30-18:30, Nov. 7, Birch
Fluid and hybrid modeling of low-temperature plasmas at low
pressure
Experimental Identification of Azimuthal Induced Current and Ion
Acceleration in an Inductive RF Plasma Thruster
Preparation of N-doped diamond-like carbon films by helicon wave
plasma chemical vapor deposition

A-I20 (Moon) moved to A2
A-9 [Thermal plasmas, Chair: Jin-Xiu Ma]
A-I21
ManabuKyushu University
TanakaA-I22
Hai-Xing
Beihang University
Wang
A-O13 He-Ping Li
Tsinghua
University
A-O14 Zihan Pan
USTC

8:00-10:00, Nov. 8, Birch
Generation of innovative thermal plasma with diode-rectification technique
Chemical non-equilibrium simulation of arc attachment on anode of ahigh-intensity transferred arc
Research progress on the characterization and modulation ofhigh-pressure gas discharge plasmas
The effects of particle groups vapor in arc plasma

18

2019.10.20
2.5

Laser Plasma Physics [LPL:40min, Invited 30min, oral 15 min]

LSP-1 (semi-plenary) [Laser semi-plenary-1, Chair: Kunioki Mima ] 14:00-16:00, Nov. 4, Fenghua3
Ryosuke
Exploration of high energy density science in various scales of structures
LPL-1
Osaka Univ.
Kodamawith high power lasers
Raman scattering: A summary of five decades of theory, experiment and simulations
Chuan S. Liu
Univ. of Maryland
LPL-2
Dimitri Batani Univ. of Bordeaux
Progress in shock ignition
LPL-3
LSP-2 [Laser semi-plenary-2, Chair: Yutong Li] 16:30-18:30, Nov. 4, Fenghua3
Min Chen
LPL-4
SJTU
Recent progresses on high quality and staged laser wakefield acceleration at SJTU
(U40winner)

LPL-5

Ke LanLPL-6

Yasuaki
Kishimoto

IAPCM
Kyoto Univ.

Progress in spherical hohlraum studies and experimental campaign on high energy
laser facilities in China
Generation and application of self-organized high energy density plasma producedby the interaction between high intensity laser and structured medium

L-1 [Relativistic Laser , Chair: Chang Hee Nam ] 14:00-16:00, Nov. 5, Fenghua3
L-I1 Liming Chen
IOP, CAS
Ultrahigh charge electron acceleration from solid target
L-I2
Quasimonoenergetic proton bunch via interactions of micron-scale hydrogen cluster
Yuji Fukuda
QSTtargets with PW-class laser pulses
Birla Institute
L-I3 Amol
Higher harmonics and attosecond pulse generation by laser interaction with atomicof Technology
Holkundkar
clusters via Thomson scatteringand Science
L-I4
Generation of a high-density high-energy proton jet from the interaction of anKi Hong Pae
GIST
ultra-intense laser pulse with a thin solid target
L-2 [High Energy Density Physics, Chair: Masakatsu Murakami ] 14:00-16:00, Nov. 5, Maple
L-I5 Claire
Numerical Simulations of High-Mach Number Astrophysical Radiative Flows with
Université de laCôte d’Azur
Michaut
HADES
L-I6
Laboratory exploration of astrophysical outflow morphology regulated by
Guang-yue Hu USTC
magnetized disk wind
L-I7
Review of New Results on Laser-produced MeV Electron-Positron Pair
Hui Chen
LLNL
Experiments
L-I8 Youichi Sakawa Osaka Univ.
Ion acceleration by high-intensity laser-driven collisionless electrostatic shock
L-I7 cancel
L-3 [ Relativistic Laser , Chair: Yuji Fukuda] 16:30-18:30, Nov. 5, Fenghua3
L-I9
Hamad
Accelerator quality beams of high-energy protons guided by intense-laser driven
Queen's Univ.
BelfastAhmed
helical coils
L-I10
Akifumi Yogo Osaka Univ.
Developments of laser neutron source and diagnostics in Japan
L-I11
Generation of quasi-monoenergetic ion spectra from layered targets irradiated by
Kitae LeeKAERI
an ultraintense laser pulse
Amplitude
Laser
Towards high repetition rate ultra-intense lasers, latest developments at Amplitude Laser
Olivier
Zabiolle
L-O1
Group

L-4 [High Energy Density Physics, Chair: Youichi Sakawa] 16:30-18:30, Nov. 5, Maple
Helmholtz-Zentrum
L-I12
Dominik Kraus
Ionization dynamics in CH plasmas at Gbar pressures
Dresden-Rossendorf

L-I13
L-O2

Mrityunjay Kundu
Taiwu Huang

IPR

L-O3

Atur Kumar

IPR

L-O4

Bao Du

IAPCM

ShenzhenTechnology Univ.

Short pulse laser cluster interaction: unification of resonances
Control of laser-driven compact ion sources using plasma fibers
Excitation of magnetosonic solitons in with high power, pulsed CO2 laser
in an overdense gas-jet target
Overcoming the forest-effect in probing the Weibel instability generated
electric and magnetic fields from proton radiography

L-5 [ Laser Fusion, Chair: Ke Lan ] 14:00-16:00, Nov. 6, Fenghua3
L-I14
Haifeng Liu
IAPCM
Equation of state in wide regime for Hydrogen: Construction and Validation
Hideo
L-I15
Osaka Univ. An optimum design of a cone-inserted target implosion for reactor scale Fast Ignition
Nagatomo

L-I16
L-I17

Hong-bo Cai

IAPCMFeng Wang

Laser Fusion
Research Center

Study of the kinetic effects in indirect-drive inertial confinement fusion hohlraums
Progress of ICF Diagnostic techniques and experimental results based on Shenguang
laser facility in China

19

2019.10.20
L-6 [Relativistic Laser, Chair: Kitae Lee] 14:00-16:00, Nov. 6, Maple
L-I18
Masakatsu
Relativistic proton emission from ultrahigh-energy-density nanosphere generated by
Osaka Univ.
Murakami
micro-bubble implosion
Tsinghua Univ.
Ultrafast Intense laser technology and plasma based accelerator research at Tsinghua University
L-I19
Wei LuExtreme Light
L-I20
Domenico
Infrastructure Extreme laser-matter interaction investigation at ELI - Nuclear Physics
Doria
Nuclear Physics
L-I21
Qing Jia
USTC
Magnetized plasma based q-plate for generation of ultraintense optical vortices
L-7 [Laser Fusion, Chair: Michel Koenig ] 16:30-18:30, Nov. 6, Fenghua3
L-I22
KeisukeOsaka Univ. The role of hot electrons on ultrahigh pressure generation relevant to shock ignition conditions
Shigemori
L-I23
XiaohuNational Univ. ofTransport of ultra-intense laser-driven fast electrons in dense plasmas
Defense Technology
Yang
L-I24
Investigation of relativistic electron transport in solid targets irradiated by ultrahigh
Leejin Bae GIST
intensity laser pulses
L-O5
Hui Cao
IAPCM
Laser repointing scheme for spherical hohlraum with 6 laser entrance holes on the SG
Facility and the National Ignition Facility
L-O6
Kai Li
IAPCM
Escape of -particle from hot-spot for inertial confinement fusion
L-8 [Relativistic Laser, Chair: Sudip Sengupta ] 16:30-18:30, Nov. 6, Maple
L-I25
Min Chen
Recent progresses on high quality and staged laser wakefield acceleration at SJTU
SJTU
(U40winner)

L-I26

Alexander
Pirozhkov

L-I27

Wenchao Yan

L-O6

Sandeep Kumar

QST

BISER at the keV spectral range

ELI-Beamlines, IoP,
ASCR
Lovely Professional
University Phagwara

Inverse Compton X/γ Source Based on Laser Wake-Field Accelerator
Self Action Effects of Multi Gaussian Laser Beams in Thermal Quantum Plasma

L-O6 S. Kumar cancel, L-I25 moved to Laser semi-plenary (LPL-4).
L-9 [Laser plasma poster session ] 14:00-16:00, Nov. 7, Foyer
L-P1
L-P2

Jiahao Wang
Seong Geun Lee

Hiroshima Univ.
GIST

L-P3

Prakash Chand
Singhadiya

Govt. College
Kaladera

Lithium-like aluminum ion recombination plasma X-ray laser at 15.5nm
Characterization of Laser-induced Ion Acceleration by Modulation of Spectrum
Generated during Laser-Plasma Interaction
Small amplitude of ion-acoustic soliton in magnetized plasma with nonthermal
electrons

L-10 [Relativistic Laser, Chair: Min Chen] 16:30-18:30, Nov. 7, Fenghua3
L-I28
Frédéric Pérez
LULI
The electromagnetic PIC code Smilei: physics, performance and highlights
Univ. of Strathclyde Vlasov simulations of relativistic Raman and Compton instabilities
L-I29
Bengt Eliasson
L-I30
Spatio-temporal evolution of Buneman instability: A Particle-in-Cell
Sudip Sengupta IPR
simulation study
Relativistic intense beam solid interactions: a ‘comprehensive’ simulation
L-O7
Dong Wu
Zhejiang Univ.
framework

L-O8

Ratan Bera

IPR

Effect of transverse dimensions on the driver beam dynamics andtransformer ratio in plasma wakefield acceleration

L-I29, L-O8: cancel
L-11 [High Energy Density Physics , Chair: Claire Michaut ] 16:30-18:30, Nov. 7, Maple
L-I31
Laser astrophysics experiments for studying collisionless shock and magnetic
Taichi Morita
Kyusyu Univ.
reconnection
Tata Institute of
L-I32
Amit Dattatraya
Two-Dimensional (2-D), Femtosecond Resolved High Resolution Doppler Spectrometry
Lad

L-I33
L-O9
L-O10

Chang Gao
M. Yano(U30 winner)
Xiaofei Shen
(U30 winner)

Fundamental
Research

Peking Univ.
Osaka University
Peking University

for Spatio-Temporal Mapping of Hot-Dense Intense Laser Produced Plasma

Self-energy shift and energy band theory for warm dense matter
Possibility for observing Hawking-like effects via the interaction of multi-PW
class laser pulses with plasmas
Ionization-stabilized Laser Ion Radiation Pressure Acceleration

L-12 [Laser fusion& HEDP, Chair: Hongbo Cai] 8:00-10:00, Nov. 8, Mahogany
L-I34
Peter Amendt
LLNL
High-efficiency rugby-shaped hohlraum designs for driving large gas-filledcapsules on the NIF

20

2019.10.20
L-I35
L-I36
L-I37

Dong Yang
Rui Yan
YoshitakaMoriResearch Centerof Laser Fusion
USTC
GPI

Laser Plasma Instability in Indirect-Drive Inertial Confinement Fusion on Shenguang Laser Facilities
Laser Plasma Instabilities at Large-Angle Oblique Laser Incidence
Present status of pellet injection system for repetitive inertial confinement
fusion experiments

L-13 [High Energy Density Physics , Chair: Jian Zheng ] 8:00-10:00, Nov. 8, Maple
L-I38
Takayoshi Sano Osaka Univ.
Laser-plasma interaction in overdense plasmas under strong magnetic fields
L-I39
Paul Mabey
LULI
Towards higher resolution X-ray radiography using lithium fluoride detectors
Rutherford Appleton Intense tunable terahertz bursts from picosecond laser-foil interactions
L-I40
Guoqian Liao
Laboratory

L-I41

Wenpeng Wang

SIOM, CAS

Optical manipulation of particle beam by relativistic vortex cutter

21

2019.10.20
2.6 Space& Geomagnetism Plasma Physics [Invited 30 min, Oral 15min]SG-1 [Waves and Turbulence I, Chair: Bruce Tsurutani ]14:00-16:00, Nov. 4, Cypress2
SG-I1
Roberto Bruno
INAF-IAPS
Observing turbulence in the solar wind from fluid to kinetic scales
SG-I2

Jiansen He

Peking University

SG-I3

Vipin K Yadav
Discussions

SPL/VSSC/ISRO

Spectra of dissipation and dispersion measures in space plasma kinetic
turbulence at kinetic scales
Plasma waves around comets

SG-2 [Waves and Turbulence II, Chair: Tohru Hada ]16:30-18:30, Nov. 4, Cypress2
SG-I4
Bruce Tsurutani CALTECH
The detection and consequences of coherent electromagnetic plasma waves
SG-I5
Quanqi Shi
Shandong Univ.
Magnetic cavities in space plasmas: from MHD to kinetic scale
SG-I6
Naritoshi
Direct measurements of two-way wave-particle energy transfer in a
Univ. of Tokyo
Kitamura
collisionless space plasma
Discussions
SG-3 [Waves and Turbulence III, Chair: Yoshiharu Omura ]14:00-16:00, Nov. 5, Cypress2
SG-I7
TohokuSimulation study of the whistler-mode chorus generation in the Earth's innerYuto Katoh
Univ.
magnetosphere
SG-I8
Xinliang Gao
USTCMultiband chorus waves in Earth’s magnetosphere
SG-I9
Xin Tao
USTC
Nonlinear dynamics of electrons in excitation of whistler waves with adiabatic andnon-adiabatic frequency chirping
SG-I10Zhigang Yuan Wuhan
Simultaneous trapping of EMIC and MS waves by background plasmas
Univ.
SG-4 [Magnetosphere, Chair: Quanming Lu]
SG-I11
SG-I12
SG-I13
SG-O1

Kanako Seki

Univ. of Tokyo

Binbin Ni
Tomo-Hiko
WatanabeSuping Duan

Wuhan Univ.
Nagoya Univ.
NSSC, CAS

16:30-18:30, Nov. 5, Cypress2
Roles of interaction between the ULF waves and energetic particles inacceleration of relativistic electrons in the Earth’s inner magnetosphere
Formation and evolution of radiation belt electron reversed energy spectra
Spontaneous excitation of auroral structures and Alfvenic turbulence
Conjunction observations of energetic oxygen ions O+ accumulated in thesequential flux ropes in the high-altitude cusp

Discussions
SG-5 [Space Plasma I, Chair: Gurbax Lakhina]
14:00-16:00, Nov. 6, Cypress2
SG-I14
Seiji Zenitani
Kobe Univ.
Boris-type particle solvers in particle-in-cell (PIC) simulation
SG-I15
Xuzhi Zhou
Peking Univ.
Nonlinear drift resonance between charged particles and ultra-low frequency
waves
SG-I16
Tohru Hada
Kyushu Univ. Anomalous transport and acceleration of cosmic rays in the presence of MHD
turbulence
Kirolosse
Kyushu Univ. Geomagnetic storm effects on proton flux in South Atlantic Anomaly
SG-O2
GirgisDiscussions
SG-6 [Space Plasma II, Chair: Tomo-Hiko Watanabe]
16:30-18:30, Nov. 6, Cypress2
SG-I17
Analysis of energy spectra measured by New Horizons: PIC simulation results
Zhongwei Yang
NSSC, CAS
versus observations in the environment of Pluto
SG-I18
Shuichi
KyushuKinetic radial structure of heliospheric boundary
Matsukiyo
Univ.
SG-I19
Fumiko Otsuka
NIT,Kurume Self-consistent simulation of field-aligned ion beams and upstream waves inCollegequasi-parallel collisionless shock
Superthermal electron generation by two-stage acceleration of backward andQingsong Feng
IAPCM
SG-O3
forward stimulated Raman scattering in high electron density region
Discussions
SG-7 [Chair: X.H. Deng, Space Poster]
14:00-16:00, Nov. 7, Foyer
Non-ideal electric field observed in the separatrix region of a magnetotail reconnection
SG-P1 Xiancai Yu
USTC
Event
The effects of thermal electrons on whistler-mode waves excited by anisotropic hot
SG-P2 Kai Fan
USTC

22

2019.10.20
SG-P3 Shimou
Wang
SG-P4 Huayue
Chen
SG-P5 Guoqing
Zhao
SG-P6 Lican Shan
SG-P7 Jiwoo Kim(PD)
SG-P8 Chuanyi Tu

USTC
USTC
Luoyang
NormalUniv
IGG, CAS
ChungnamNational
University
PekingUniversity

electrons: Linear theory and 2-D PIC simulations
Anisotropic electron distributions and whistler waves in a series of the flux transfer
events at the magnetopause
Statistical analysis of relativistic electron precipitation in the magnetosphere from POES
observations
Study on electromagnetic cyclotron waves in the solar wind
Observation study of low frequency waves at Venus and Mars
Preferential Propagation of Equatorial Noise in Earth’s Inner Magnetosphere:
Event Study and PIC Simulations
New observations and new thoughts on solar wind turbulence

SG-8 [Magnetic Reconnection I, Chair: Seiji Zenitani] 16:30-18:30, Nov. 7, Cypress2
SG-I20Nanchang
Meng Zhou
MMS observations of electron diffusion regions in the Earth’s magnetosphere
Univ.
SG-I21
Shiyong
Wuhan Univ.
Observations of flux ropes associated with magnetic reconnection in the Earth’s
Huangmagnetosphere
SG-I22
Rongsheng
USTC
Interaction of magnetic flux ropes: in situ evidence
Wang(U40 winner)

SG-O4

Kui Jiang

Wuhan Univ.

The role of upper hybrid wave playing in magnetotail reconnection electron
diffusion region

Discussions
SG-9 [Magnetic Reconnection II, Chair: Meng Zhou]
8:00-10:00, Nov. 8, Cypress2
SG-I23
Keizo
Beihan Univ.
Large-scale energy conversion of magnetic reconnection in collisionless plasma
Fujimoto
SG-I24
Zhaojin Rong
IGG, CAS
A new mechanism for the flapping motions of Earth’s magnetotail current sheet
Yongyung Yi
Nanchang Univ. Particle-in-cell simulation of energy conversion during multiple X-lines
SG-O5
reconnection
Hengyan Man Nanchang Univ. In situ observation of magnetic reconnection with a large guide field at the
SG-O6boundary of a flux rope
Discussions

23

2019.10.20
2.7 Solar & Astro Plasma Physics [Invited 30 min, Oral 15 min]SA-1 [Particle Acceleration, Chair: Hui Tian ]14:00-16:00, Nov. 4, Cypress1
Quanming Lu USTC
Formation of power law spectra of energetic electrons during coalescence of magnetic islands
SA-I1
Jiro Shimoda
Tohoku Univ. Blamer lines as diagnostics of collisionless shocks: acceleration of non-thermal particles, the
SA-I2
SA-I3
SA-O1

Dawei Yuan

Siming Liu

NAO-CAS
PMO

nature of shock precursor and ion-electron temperature ratio
Experiment revealing the characteristics of Weibel instability with optical diagnostics

Origin of Galactic Cosmic Rays

SA-2 [ Magnetic Reconnection/Jet, Chair: Ryoji Matsumoto ]16:30-18:30, Nov. 4, Cypress1
Lei Ni
Yunnan Observatories
Magnetic Reconnection in the partially ionized low solar atmosphere
SA-I4
Muni Zhou
MIT
Magnetic island merger as a mechanism for inverse magnetic energy transfer
SA-I5
Li Feng
Purple Mountain
Understand solar eruptions with the Advanced Space-based Solar Observatory (ASO-S)
SA-I6
SA-O2

Hui TianObservatory (PMO)
Peking University

missionUV Bursts: Magnetic Reconnection in the Lower Solar Atmosphere(U40 winner)
Theoretical model for creation of jet-like flows in plasma and neutral fluid
SA-O3 Hamid Saleem IST
SA-O3 cancel
SA-3 [Turbulence, Chair: Alex Lazarian ]14:00-16:00, Nov. 5, Cypress1
SA-I7
Siyao Xu
Univ. of Wisconsin Turbulent dynamo in a weakly ionized medium
Southern University of
SA-I8
Minping Wan
Energy cascades and dissipation in kinetic plasma turbulence
Science and Technology

SA-I9
SA-O4

Kun-Han Lee

Academia Sinica

Madhurjya P Bora

Gauhati UniversitySA-4 [Heating, Chair: Simin Liu ]SA-I10 Fabio Sattin
Consorzio RFX
SA-I11

Lulu Zhao

Florida Institute ofTechnology

SA-I12
SA-O5

Linghua Wang
Liu Yang

Peking Univ.
Peking Univ.

Voyager 1 observations of interstellar electron and magnetic turbulence spectra
MRI induced turbulence and nonlinear structures in an protoplanetary disks

16:30-18:30, Nov. 5, Cypress1
Relevant heating of the solar corona by quenching Alfvén waves: a result of adiabaticity
breakdown
Modeling the precipitation and releasing pattern of solar energetic particles in the solar
corona magnetic fields
Solar Energetic Electron Events
On the relation between in situ properties and coronal source regions of ~0.1-200 keVelectrons at quiet times

SA-5 [Sun, Chair: Yang Guo ]SA-I13 Piyali Chatterjee Indian Institute of
Astrophysics

Understanding solar atmospheric dynamics through MHD simulations

SA-I14SA-O6USTC
Kumaun Univ.

EUV Wave Event and their Mode Conversion

SA-O7
SA-O8

Rui Liu
RameshChandraYikang Wang

Sudip Mandal(U30 winner)

14:00-16:00, Nov. 6, Cypress1
Buildup of Magnetic Flux Ropes toward Eruptions in the Solar Corona

Univ. of Tokyo

Fast and slow MHD waves in heating solar magnetic chromosphere by realistic
simulation

Max Planck Institute for
Solar System Research

Reflection Of Propagating Slow Magneto-acoustic Waves In Hot Coronal
Loops

SA-6 [Sun, Chair: Rui Liu ]SA-I15 Yang Guo
Nanjing Univ.
SA-I16 Takafumi Kaneko Nagoya Univ.
SA-I17

Ling Chen

SA-O9

Donald Melrose

Purple Mountain
Observatory
Univ. of Sydney

SA-O10Mefdi Yousefzadeh

Shandong Univ.

16:30-18:30, Nov. 6, Cypress1
Solar Magnetic Flux Rope Eruption Simulated by a Data-driven Magnetohydrodynamic Model

Evolution of dynamic internal structures of prominence in reconnection-condensation
scenario
The resonant and nonresonant instability of Kinetic Alfven Waves driven by fastelectron beams in the beam-return current system

Weak-beam instability revisited for solar radio bursts
Velocity distribution of energetic particles within large-scale twisted and untwisted loops in thecoronaSA-O9 cancel.
SA-7 [Solar and Astro plasma poster session ]
SA-P1
SA-P2

Neha Srivastava
Fabio Sattin

Univ. of Mumbai
Consorzio RFX

14:00-16:00, Nov. 7, Foyer
Role of anomalous diffusivity on plasmoid formation in magnetic reconnection
Relevant heating of the solar corona by quenching Alfvén waves: a result of adiabaticity breakdown

SA-8 [Solar Wind, Chair: Lulu Zhao ]SA-I18 Jungjoon
Korea Astronomy andSeoughSpace Science InstituteSA-I19Kyungguk Min

Korea Astronomy andSpace Science Institute16:30-18:30, Nov. 7, Cypress1
What regulates temperature anisotropy in the expanding solar wind?
Potential Role of Mirror and Ion Bernstein Instabilities on scattering of Pickup
Ions in the Outer Heliosheath242019.10.20
SA-I20Purple Mountain Observatory

Liang Xiang

SA-9 [No session]

Evolution of proton beams in the solar wind8:00-10:00, Nov. 8, Cypress1

2.8 Magnetic Fusion Plasma Physics
MF-1 [Model Edge, Chair: Xuru Duan]
14:00-16:00, Nov. 4, Fenghua1
MF-I1
Dan Thomas
Closure, Detachment, and Energy Dissipation Studies Using the DIII-D Small Angle
GA
Slot Divertor
MF-I2
Di Hu
Beihang
Simulation and analysis of MHD response and radiation asymmetry after Shattered
University Pellet Injection in ITER plasmas
MF-I3
Nami Li
DIT
Simulations of radial electric field and divertor heat flux width using the BOUT++
transport code with drifts
Simulations of SOL-Divertor Plasmas in EAST by using SOLPS-ITER
Yiping Chen ASIPP
MF-O1
Hybrid simulation of fishbone instabilities with reversed safety factor profile
W. ShenASIPP
MF-O2
Experimental study of the H-L power threshold and transition dynamics in EAST under RF
Liang Chen
ASIPP
MF-O3
heating and carbon (dominant) divertor operation

MF-2 [Exp/Operation, Chair: Juhyung Kim ]14:00-16:00, Nov. 4, Fenghua2

MF-I25Zhanhui Wang SWIP
Self-consistent multi-scale integrated modeling of ELM mitigation due to SMBI
MF-I26
Jinil Chung
NFRI
Experimental studies on advanced operation scenarios in KSTAR
Integrated modeling: successes, challenges and path forward to ensure the success of ITER
MF-I27
Francesca Poli PPPLMAST Upgrade status and first results
MF-O25 Nick Walkden CCFE
Observation of a beam-driven low-frequency mode in Heliotron J
MF-O21 Linge Zang
SWIP
Progress of linear plasma device LEAD in SWIP
MF-O27 Hao Liu
SWIP
O26 and O21 are swapped.
MF-3 [Exp Edge, Chair: Matthew Hole ]16:30-18:30, Nov. 4, Fenghua1
MF-I4
Guizhong Zuo ASIPP
Improvement of plasma performance with flowing liquid lithium PFCs in EAST
MF-I5
MPI for Plasma
Mike Dunne
Pedestal physics for burning plasmas at AUG
Physics

MF-I6

EUROfusion
JET
IPR

Plasma-surface interaction studies in preparation of JET-ILW TT and DT
operation: insight and extrapolation to ITER by the ERO2.0 modelling

MF-O4

DmitryBorodinT. Macwan

MF-O5
MF-O6

Manni Jia
Kedong Li

ASIPP
ASIPP

Three dimensional divertor flux control using optimized dynamic resonant magnetic perturbations

Effect of Electrode Biasing Generated Radial Electric Field on Edge Electrostatic
Fluctuations and Runaway Electrons in ADITYA-U Tokamak
Radiative divertor study for partial detachment in the grassy ELMy H-mode in EAST

MF-4 [Confine, SS, Chair: Andrea Garofalo]
16:30-18:30, Nov. 4, Fenghua2
Gyrokinetic Simulation Study of Zonal Flow Staircases in a KSTAR L-mode PlasmaMF-I28
Lei Qi
NFRI
Kenji Imadera Kyoto Univ.
Effect of kinetic electron dynamics on ITB formation in flux-driven ITG/TEM turbulenceMF-I29Overview of experimental investigation of LHCD’s effect on plasma rotation on EAST
MF-I30Bo LyuASIPP
Integrated scenario analysis for HL-2M high-performance operation
MF-O28 Lei Xue
SWIP
Progress in Design of CFETR Plasma
MF-O29 Jiale ChenASIPP
Resonant Excitations of Alfven Modes in Burning Plasmas
MF-O30 Shuanghui Hu
Guizhou Univ.
MF-5 [Exp confin., Chair: Jerome Bucalossi]
14:00-16:00, Nov. 5, Fenghua1
MF-I7
Henri Weisen
EPFL& JET
Isotope dependence of energy, momentum and particle confinement in tokamaks
MF-I8
Recent progress of L-H transition physics and H-mode power threshold studies in EAST
Linming Shao ASIPP
MF-I9
Guosheng Xu
ASIPP
Advances in understanding high-performance small/no ELM H-mode regimes
Evidence for Electron Heat Flux – Temperature Gradient Hysteresis During Modulated
Yihang Chen
SWIP
MF-O7
ECRH Experiments on the HL-2A Tokamak

Analysis of wave kinematics and dynamics in phase space for EAST and HL-2A plasmas
Xuemei Zhai
ASIPP
Observation of multiple shear layers and long-range transport events on HL-2A tokamak
Wenbin Liu
Tsinghua Univ.
MF-I7: cancel
MF-6 [Edge Model, Chair: Francesca Maria Poli]
14:00-16:00, Nov. 5, Fenghua2
MF-I31
MonicaConsorzio
Edge Localized Modes electromagnetic fine structure in the Scrape-Off Layer of
SpolaoreRFX
tokamak discharges
MF-I32
JulienPPPL
Emerging Picture on the Pedestal Dynamics and Triggering Mechanism of ELMs
DominskiMF-I33
Cameron
LLNL
Velocity Imaging for Understanding Particle Transport in the Boundary ofSamuell
Magnetically Confined Plasmas
MF-O8
MF-O9

25

2019.10.20
MF-O31
MF-O32
MF-O33

Qian Xu
DanielAndruzyk
Dongrui
Zhang

ASIPP
Univ. of
Illinois
ASIPP

Simulation of carbon deposition inside gaps of castellated tungsten blocks of different shapes

Liquid Lithium/Metal Research for Fusion at the University of Illinois
Self-consistent simulation of transport and turbulence in tokamak edge plasma by coupling
SOLPS-ITER and BOUT++

MF-7 [Model Confine, Chair: Max Austin ]MF-I10Tim Happel
Max Planck IPP
MF-I11
JeromeCEA
Bucalossi
MF-I12
Guoyao Zheng SWIP
MF-O10 Fulvio Zonca
ENEA
MF-O23 Ding Li
IOP, CAS
MF-O12 Emi Narita
QST
MF-O23 and MF-O11 are swapped.
MF-8 [Chair: Jinil Chung , Model Stab. ]MF-I34
SamueleAix-Marseille
Mazzi
University
MF-I35
Fabio Riva
UKAEA
MF-I36MF-I37

16:30-18:30, Nov. 5, Fenghua1
Overview of ASDEX Upgrade I-mode results and extrapolation to future devices

First experiments in WEST with tungsten plasma facing components
Integrated analysis of core and edge for HL-2M operation
Gyrokinetic transport theory of phase space zonal structures
On Theoretical Research for Nonlinear Tearing Mode
Quasilinear turbulent transport modeling with semi-empirical andmixing-length-like saturation rules

M. Kikuchi

Osaka Univ.

16:30-18:40, Nov. 5, Fenghua2
Impact of fast ions on microturbulence and transport: expectations for JT-60SA
and ITER
Comparison of three-dimensional plasma edge turbulence simulations in realistic
double null tokamak geometry with experimental observations
Advances in physics basis of L-mode edge negative triangularity tokamak reactor

Sadruddin
Benkadda

Aix Marseille
University

A New Artificial Intelligence Approach of Electromagnetic Self-organization andMultiscale Physics in Magnetized Plasma

Shear-dynamo and the excitation of kink modes
MF-O34 Yi Zhang
Peking Univ.
Simulations on the transient heat fluxes for the RF wave heating H-mode on EAST
MF-O35 Tianyang Xia ASIPP
MF-I37 cancel
MF-9 [Chair: Huishan Cai, MF poster session]
14:00-16:00, Nov. 6, Foyer
MF-P1

Jilei Hou

ASIPP

Density compensation and stored energy recovery in RMP suppressed-ELM H-mode
plasmas using pellet fueling on EAST

MF-P2
MF-P3

Huajie Wang
Bo Shi

SWIP

Briefly Introduction of LEAD and Some Recently Experimental Results
Suppressing the appearance of tearing mode during increasing plasma current

MF-P4

Heng Lan

ASIPP

Observation of electromagnetic fluctuations correlating with the inter-ELM pedestal
evolution on EAST

MF-P5
MF-P6
MF-P7
MF-P8
MF-P11
MF-P12

Ying HeSanjib Sarkar
Minmin Xue
Zhichen Feng
Wilkie Choi
Emi Narita

HUST
ASIPP
ASIPP
Zhejiang Univ.
PPPL
QST

Suppressing the appearance of tearing mode during increasing plasma current

MF-P13MF-P14MF-P15
MF-P16

Tatsuya
Yokoyama
Xiaoxue He
Nong Xiang
Valeria Fusco

Univ. ofTokyo
DUT/SWIP
ASIPP
ENEA

MF-P17MF-P18MF-P19

Guanqi Dong
Chengxi Zhou
Yueheng Huang

MF-P20Chunyun Gan

SWIP
HUST
Shenzhen
Univ.
ASIPP

Army Academyof Artillery and
Air Defense

Fast imaging of intrinsic dust events in experimental advanced superconducting tokamak

Fiber optical current sensor (FOCS) for plasma current on EAST tokamak
Design of a new stellarator with linked mirrors
Simultaneous injection of lower hybrid power at two frequencies on EAST
Quasilinear turbulent transport modeling with semi-empirical and mixing-length-likesaturation rules
Applied study of feature extraction using exhaustive search on high-beta disruption in
JT-60U
Simulations of particle and heat fluxes in an ELMy H-mode discharge on HL-2A
Fast electron effects on plasma-wall interactions on EAST tokamak
Tearing mode study with the MARS code: from an analytical approach to a comparison
with experiments in FTU tokamak
Edge stability analysis for a DIII-D EHO plasma
Simulation Analysis of Triangularity Effects for CFETR Plasmas
Modeling for high temperature scenario on EAST
Modeling of ICRF coupling with realistic antenna structure on EAST

MF-10 [Chair: Kenji Imadera, Confinement]
14:00-16:00, Nov. 6, Fenghua2
MF-I38Jun Cheng
Experimental study of the interaction between oscillation flows and turbulence
SJTU
across a transition to H mode in edge plasma
MF-I39Jeronimo Garcia
CEA
On the validity of scale invariance and power laws for describing and predicting

26

2019.10.20
MF-I40MF-O36
MF-O37
MF-O38Andrea Garofalo
Laurie Porte
Yanqing Huang
Mingkun Han

GA
EPFL
ASIPP
DUT

confined plasmas
The high poloidal beta path towards steady state tokamak fusion
Experimental Studies of Negative Triangularity on TCV
The energy analysis of the nonlinear simulation about the EAST coherent mode
Multiple Ion Temperature Gradient Modes and Impurity Turbulent Transport in Transport
Barriers

MF-11 [Chair: Jeronimo Garcia, Model/ Diagnostics]
16:30-18:30, Nov. 6, Fenghua1
MF-I13Matthew Hole ANU
The impact of anisotropy on ITER scenarios and ELMs
Effects of resonant magnetic perturbations on nonlinear resistive reduced MHD
MF-I14
Juhyung Kim
NFRI
simulations

MF-I15
MF-O13
MF-O14

Jo-Han Yu
Yilun Zhu
Mutia Meireni

UC-Davis
UC-Davis

MF-O15

Bili Ling

ASIPP

Aix-Marseille/
Diponegoro Univ.

Revolution in Microwave Imaging of Magnetic Fusion Plasmas
Deep analysis of millimeter-wave imaging diagnostics data
Spectroscopic Diagnostic on Magnetic Fusion Plasmas – Application to ITER
Predesign of 1mm microwave interferometer with high stability and wide dynamic range
for EAST steady-state plasmas

MF-12 [Chair: Guoliang Xiao, MF poster 2]

16:30-18:30, Nov. 6, Foyer
Nonlinear MHD modelling of helical self-organization in the RFP:effect of a realistic boundary andpredictions for RFX-mod2
Free-boundary stability analysis of tokamak plasmas by ERMHDT (Eigenvalue code for Resistive
MHD in Toroidal geometry)

MF-P9

D.Bonfiglio

Consorzio RFX

MF-P10M. Furukawa

Tottori Univ.

MF-P21

Wen HeHUST

MF-P22
MF-P23

Haotian Huang
Zhipeng Liu

HUST
XJTU

MF-P24MF-P25

Jing Ou
Hanhui Li

ASIPP
HUST

MF-P26
MF-P27

Hui LiNingfei Chen

MF-P28MF-P29Lei YeShizhao Wei

SWIP
Zhejiang
Univ.
ASIPP
Zhejiang
Univ.

MF-P30Shahab-ud-din
Khan
HassanMuhammadYongfu Shi

national tokamak
fusion program

SWIP

Intrinsic current drive by electromagnetic electron drift wave turbulence in tokamak
pedestal region
The effects of resonant magnetic perturbations on the orbit losses of energetic ions
Simulation of heat flux during ELMs for the CFETR hybrid scenario using BOUT++
framework
Ion energy distribution at the wall of a radio-frequency plasma contaning energetic ions
Effects of non-axisymmetric magnetic field on neoclassical transport and ambipolarelectric field in tokamak plasmas
Characteristics of particle transport due to TEM and ITG turbulence in tokamak plasmas
Effects of energetic-particle-induced geodesic acoustic mode on ion-temperature gradientdriven mode stability
Re-splitting δf method for gyrokinetic simulation of tokamak plasmas
Nonlinear coupling of toroidal Alfvén eigenmode and reverse shear Alfvén eigenmode inTokamak plasmas
Theoretical Calculation and Simulation Studies of Magnetic field points descriptions forthe consequences of plasma energy
Magnetic field points descriptions for Asymmetric forces on the EAST plasma in Kink
mode (n=1, m=1)
Integrated simulations of CFETR steady-state scenario with METIS code

Jixing Yang

USTC

M3D-K Simulations of High Frequency Fishbone Instability in Tokamak Plasmas

JC Li

Nankai Univ.

Effects of trapped electrons and impurity ions on ITG modes in reversed-field pinch
plasmasZhisong Qu(U30 winner)

ANU

Energetic Geodesic Acoustic Modes Associated with Two-Stream-like Instabilities

MF-P31
MF-P32(PD)
MF-P33(PD)
MF-P34(PD)
MF-P35ASIPP

MF-13 [Chair: Cameron Samuell , Edge/Divertor.]
14:00-16:00, Nov. 7, Fenghua1
MF-I16
Guoliang
The Mechanism of ELM Mitigation with Different External Source Input on HL-2A
SWIP
Xiao
Tokamak
MF-I17
Qiping Yuan ASIPP
Achievements of active feedback control of divertor heat load in EAST Plasma Control
System
MF-I18
Zhongshi
ASIPP
Experiments and simulations for power exhaust by impurity seeding on EAST andYang
future devices
Modelling of heat flux deposition on the CFETR first wall with impurity seeding
MF-O16 Feifei Nian
ASIPP
Core-edge simulations of impurity behaviour for the CFETR advanced scenarios
MF-O17 Hai Xie
ASIPP
Modeling of detachment bifurcation in HL-2M with X-Divertor by SOLPS
MF-O18 Hailong Du
SWIP

27

2019.10.20
MF-14 [Chair: Fatima Ebrahimi, Stability]
14:00-16:00, Nov. 7, Fenghua2
MF-I41Devon
PPPL
Enhanced Pedestal H-mode Regime on NSTX
Battaglia
MF-I42
Zheng Yan
University Role of turbulence and shear flow dynamics in the L-H transition and power
Wisconsin threshold scaling
MF-I43Arash
PPPL
Formation of a Staircase Pedestal in High Confinement DIII-D Plasmas with RMP
Ashourvan
Suppressed Edge-Localized-Modes
Fuel recycling control for long pulse H-mode operation in EAST superconducting tokamak
MF-O39 Yaowei Yu
ASIPP
Evaluation of the effective charge profile and analysis of the impurity mixture
MF-O40 Gianluca
ENEA
Pucellainfluence on the current density and safety factor profiles on JET
Univ. ofData-driven study of high-beta disruption prediction in JT-60U using exhaustive
MF-O41 Tatsuya
YokoyamaTokyo
search
MF-O40 cancel
MF-15 [Exp. Confinement, Chair: Wulyu Zhong]
16:30-18:30, Nov. 7, Fenghua1
MF-I19Zhen Sun
PPPL
Real-time impurity injection for ELM and H-mode pedestal control in EAST
MF-I20Max Austin
University Confinement and stability in DIII-D negative triangularity discharges and relevanceof Texas
for reactor devices
MF-I21Erik Gilson
PPPL
Initial Experimental Results on Boron and Boron Nitride Powder Injection Into
KSTAR Discharges
Effect of RMP on boundary plasma turbulence and transport on J-TEXT tokamak
MF-O19 Ting Wu
SWIP
Investigation of the Kelvin–Helmholtz instability in EAST
MF-O20 Chu Zhou
USTC
Preliminary analysis of breakdown and startup conditions for the first plasma of HL-2M
MF-O26 Jiaxian Li
SWIP
MF-O21 and O26 swap.
MF-16 [Waves, Chair: Mitsuru Kikuchi]
MF-I44Ivan
Max Planck IPP
Novikau
MF-I45
Hao Wang
NIFS
MF-I46
MF-O42
MF-O43
MF-O44FatimaEbrahimi
Yahui Wang
XingquanWu
Wei Zhang

16:30-18:30, Nov. 7, Fenghua2
Nonlinear dynamics of energetic-particle driven geodesic acoustic modes in
ASDEX Upgrade
Nonlinear simulation of energetic particle driven geodesic acoustic modechanneling in LHD

PPPL

Plasmoid-mediated magnetic reconnection: From space to fusion plasmas

ASIPP
ASIPP

Radiative damping of RSAEs in NOVA-K code
The drift kinetic effects of the magnetic coherent mode in the H-mode pedestal
of EAST
Interaction between turbulence and ICRF

Max Planck IPP

MF-17 [Stability/Waves, Chair: Guosheng Xu]
8:00-10:00, Nov. 8, Cypress1
Destabilization of beta induced and reversed shear Alfven eigenmode on HL-2A tokamak
MF-I22
Peiwan Shi
SWIP
MF-I23Liming Yu
SWIP
Observation of High-frequency Chirping Modes Driven by Energetic Ions on HL-2A
MF-I24
Wei Chen
SWIP
Nonlinear Dynamics of Alfvén Eigenmodes in HL-2A NBI Plasmas
MF-O22(U40 winner)
Jervis R.
Mendonca

IPR

Simulations Of Internal Kink(m=1) Modes in a two fluid regime

MF-O11

Xue Bai

SWIP

MF-O24

Hooman Hezaveh
Hesar Maskan

ANU

Destabilization of resistive plasma resistive wall mode by anisotropic thermaltransport
Modelling of a long range chirping global Alfvén eigenmode in tokamaks

MF-18 [no session]

8:00-10:00, Nov. 8, Fenghua2

28

2019.10.20[18] Prize and Award
1. 2019 S. Chandrasekhar Prize of Plasma Physics:

Professor Liu Chen and Kazunari Shibata (5th Laureates)

Liu Chen：For his pioneering and seminal theoretical contributions to physics of both magnetic fusion andspace plasmas; including, notably, geomagnetic pulsation theory, nonlinear gyrokinetic theory, Alfvén
wave heating and kinetic Alfvén waves, toroidal Alfvén eigenmodes, "fishbone" and energetic particle
modes, and excitation of zonal flow in toroidal plasmas.
Kazunari Shibata: For his pioneering and seminal contributions in solar and astrophysicalmagnetohydrodynamics (MHD), including the first non-steady MHD numerical simulations ofastrophysical jets from magnetic accretion disks, the discovery of coronal X-ray jets and chromosphericanemone jets in the solar atmosphere and theories and numerical simulations for solar jets and massejections based on the MHD reconnection mechanism, his pioneering proposal ofplasmoid-induced-reconnection and fractal reconnection, and his suggestion that superflares, observed on
Sun-like stars, may also occur on the Sun.
Selection committee: Donald Melrose (Chair), Sanae I. Itoh, Yasushi Ono, Ding Li, Guosheng Xu, Yong-Seok
Hwang, Jungyeon Cho, Robert Dewar, Ravindra Kumar, G.C. Anupama, Lin Ni Hau, Kerchung Shaing

2. 2019 AAPPS-DPP Innovation Prize:

Professor Roderick W. Boswell (First Laureate)
Roderick William Boswell: “For wide-ranging contributions to fundamental plasma physics andapplications to terrestrial and space industries, in particular for discovery and invention of high-density
low pressure radiofrequency plasma source called a ’helicon plasma source’, with broad and significant
impact on low-temperature plasma physics, plasma processing for microelectronics represented by plasma
etching and focused ion beam source, and plasma thrusters, in which he exerted leadership to pioneer new
scientific research fields and industrial applications.”

Selection committee: Masaharu Shiratani (Chair), Yi-Kang Pu, Jing Zhang, Rikizo Hatakeyama, Tony Murphy,
Jenq-Gong Duh, Jang-Hsing Hsieh, Abhijit Sen, Sudeep Bhattacharjee, Wonho Choe, Jung-Sik Yoon29

2019.10.20
3. 2019 AAPPS-DPP Young Researcher Award (U40):
1) Min Chen (Laser): For his original contributions on ionization injection and stage coupling for laser
plasma wakefield acceleration towards high quality and high energy electron beams and tunable X-ray
sources.
2) Wei Chen (MF-Experiment): For his outstanding contributions to the experimental discoveries ofenergetic-electron-driven beta Alfvén eigenmode as well as nonlinear interactions between toroidal
Alfvén eigenmode and tearing mode in the HL-2A tokamak.
3) Hui Tian (Solar): For his significant contributions to the generation and characteristics of small-scale
magnetic activities,as well as their role in mass and energy transport that occurs in themagnetohydrodynamic environment of the solar atmosphere.
4) Rongsheng Wang (Space): For his outstanding contributions to the elucidation of the roles of flux
ropes in energy dissipation and electron acceleration during collisionless magnetic reconnection.
5) Zhiyong Oiu (F-Theory): For his fundamental contributions to the understanding of stability andradial structures of energetic-particle-driven geodesic acoustic modes,and nonlinear parametricinteractions of zonal structures, drift wave turbulence and Alfvén eigenmodes.
6) Keigo Takeda (Applied): For his outstanding contributions to understanding the physicochemical
reactions of reactive and energetic species both in the gas phase and on the surface of plasma processes
with nano-fabrication as well as bio-medical applications.
Selection committee: Liu Chen (Chair), Abhijit Sen, Shih-hung Chen, Dominique Escande, Dong-hun Lee, Hogun
Jhang, Manuel Garcia-Munoz

4. AAPPS-DPP U30 Doctoral Scientist/Student Award:1) Sudip Mandal (India Inst. Astro., / Max Planck Institute) : "For the significant contribution in The

understanding of various properties of propagating slow magneto-acoustic waves in hot coronalloops”
2) Xiaofei Shen (Peking Univ. ) : "For the significant contribution in Understanding the stabilization

dynamics of laser-driven radiation pressure acceleration of ions "3) Zhisong Qu (ANU): "For significant contribution to Energetic Geodesic Acoustic Modes Associatedwith Two-Stream-like Instabilities in Tokamak Plasmas "4) Masahiro Yano (Osaka Univ.): "Forthe significant contribution in Possibility for observing
Hawking-like effects via the interaction of multi-PW class laser pulses with under dense plasmas"
the significant
dimensional magnetohydrodynamic plasma"

5) Rupak

Mukherjee(IPR): "Forcontribution

in Recurrence

in

three

6) Weixin Gao (HUST): "For the significant contribution in Impurity transport driven by parallel velocity

shear turbulence in hydrogen isotope plasmas"
Selection committee: Prof. Kunioki Mima (Chair), TS Hahm, Ding Li, R. Kodama, David Pfefferie, R. Ganesh, F.
Cheng

5. AAPPS-DPP 2019 Poster Prize:
Selection committee: Xuru Duan (Chair)
30

2019.10.20[19] IOC Members
IOC Chair: Yuanxi Wan (CN), I-HAC, Professor, ASIPP/USTCIOC Co-chairs:
Mitsuru Kikuchi (JP), AAPPS-DPP Chair/CEO, RMPP chair, Baonian Wan (CN), DPP Chair-Elect, Director, ASIPP, Abhijit Sen (IN), I-HAC co-chair,
Professor, IPP, Hyeon Park (KR), I-HAC, Professor, UNIST
General PC Co-chair: Xuru Duan (CN), DPP Vice Chair, Vice President, SWIPAAPPS-DPP I-HAC chair: Liu Chen (CN), I-HAC chair, Professor, Zhejiang University
APS-DPP chair: David Newman, Professor, University of Alaska
EPS-DPP chair: Richard Dendy (EU), Professor, University of Warwick
LOC-Chair: Ge Zhuang (CN), Professor, USTC
JPS (plasma chair): Hideo Sugama (JP), Professor, Kyushu University
CPS-DPP chair: Xiaogang Wang (CN), Professor, HITKPS-DPP Chair: Dong-o JEON (KR), Institute for Basic Science
Plasma Science SI, President: Prabal K Chattopadhyay (IN), Professor, IPR
Astronomical Society of Japan, President: Kazunari Shibata, I-HAC, Professor, Kyoto University
Chinese Astronomical Society, President: Yipeng Jing, Professor, Shanghai Jiaotong University
SGEPSS, President: Yasuharu Omura (JP), Professor, Kyoto University
Chinese society of Space research, Director general: Ji Wu (CN), Professor, National Space Science, CAS
Laser Society of Japan, President: Yoshiaki Kato (JP), President, GPI
JSPF, President: Zensho Yoshida (JP), Fundamental PC chair, Professor, the University of Tokyo
JSAP-DPE, Chair: Mineo Hiramatsu (JP), Professor, Meijyo University
AAAPT, President: Rajdeep S. Rawat (SG), DPP Vice Chair, Associate Professor, NTU
Australian ITER Forum, Chair: Matthew Hole (AU), DPP chief secretary, A. Professor, ANU
Representatives from fields
Cross-Disciplinary:
Patrick Diamond (US/CN), I-HAC, CD PC chair, distinguished Professor, UCSD
Fundamental:
Akira Hasegawa (JP), I-HAC, Em Professor, Osaka University, Robert Dewar (AU), I-HAC, RMPP-HE, Em Professor, ANU, Sanae I. Itoh (JP), I-HAC, Em
Professor, Kyushu University, Chio Zong Cheng (TW), I-HAC, Chandrasekhar Laureate, Em. Professor, NCKU, ChuanSheng Liu (US), I-HAC, Professor,
University of Maryland, Yasushi Ono (JP), RMPP-AE, Professor, the University of Tokyo, Guoyang Fu (CN), Professor & Director, Zhejiang University, Taik
Soo Hahm (KR), RMPP-CE, Professor, SNU, Fulvio Zonca (IT), Prof./Dr., ENEA& Zhejiang University, Dominique Escande (FR), Professor, Aix-Marseille
Universite, CNRS, PIIM
Basic:Tomohiko Watanabe (JP), Basic PC chair, RMPP-AE, Professor, Nagoya University, Lin I (TW), Basic PC co-chair, I-HAC, Academician & Professor, NCU,
Shunjiro Shinohara (JP), Basic PC co-chair, Professor, TUAT, Shin-Hung Chen (TW), DPP Vice Chair, Professor, NCU, Horoshi Akatsuka (JP), Professor,
TITECH, Rajaraman Ganesh (IN), RMPP-AE, Professor, IPR, A A Mamun (BG), RMPP-AE, Professor, Jahangirnagar University, Yaming Zou(CN), Professor, Modern Physics Institute, Fudan University, Kwo Ray Chu (TW), Professor, National Taiwan University, Chiow-San
Wong (MY), I-HAC, Em. Professor, University of Malaya, Osamu Ishihara (JP), I-HAC, President, Chubu University, Choong-Seock Chang(US), Chief Scientist, Princeton Plasma Physics Laboratory, Cary Forrest (US), Professor/Director, University of Wisconsin , Yoshiharu Uesugi (JP), Professor,
Kanazawa University, Mike Mauel (US), Professor, Columbia University
Applied:Yi-Kang Pu (CN), Applied PC chair, RMPP-CE, Professor, Tsinghua University, Wonho Choe (KO), Applied PC co-chair, Professor, KAIST,
Masaharu Shiratani (JP), Applied PC co-chair, DPP vice chair, Kyushu University, Roderick Boswell (AU), I-HAC, Applied PC co-chair,
RMPP-CE, Professor, ANU, Jung-Sik Yoon (KR), DPP Vice Chair, National Fusion Research Institute, Rikizo Hatakeyama (JP), I-HAC, Em
Professor, Tohoku University, Francis F. Chen (US), I-HAC, Professor, UCLA, Masaru Hori (JP), Professor, Graduate school of Engineering, Nagoya
University, Paul Kim Ho Chu (HK), Chair Professor, City University of Hong Kong, Suk Jae Yoo (KO), I-HAC, President, National Fusion Research InstituteAshish Gangul (IN), Professor, Indian Institute of Technology, Deepak Prasad Subedi (NP), Director of Research, RDC, Kathmandu University, Teck Yong Tou(MY), Multimedia University
Laser and Particle Beams:
Jie Zhang (CN), Laser PC Chair, Professor, IOP, Kunioki Mima (JP), I-HAC, Laser PC co-chair, Professor, GPI, Zheng Ming Sheng (CN), Laser PC
co-chair, Professor, SJTU, G. Ravindra Kumar (In), Laser PC co-chair, Professor, Tata Institute of Fundamental research, Hyyong Suk (KR), Laser PC
co-chair, Professor, Chair, GIST, Amita Das (IN), DPP Vice Chair, RMPP-AE, Professor, IPR, Ryosuke Kodama (JP), Professor&Director, ILE, Graduate
School of Engineering, Osaka University, Hitoki Yoneda (JP): Professor & Director, Institute of Laser Science, University of Electric Comm., Tetsuya Kawachi(JP): Director General, KPRI, QST, Chang Hee Nam (KO), I-HAC, Laser PC co-chair, Professor & Director, GIST, Xian-Tu He (CN), I-HAC, Academician,Peking University, Heinrich Hora (AU), I-HAC, Professor, University of New South Wales, Toshiki Tajima (US), I-HAC, Professor, UCI, Sylvie
Jacquemot (EU), Professor, Ecole Polytechnique, E. Michael Campbell (US): Professor, LLE, University of Rochester, Hideaki Takabe (DE), Professor/Dr.,
HZDR, Kazuo Tanaka (RO), Professor/Scientific Director, ELI-NP, Youichi Sakawa (JP), Professor, Osaka University
Space and Geomagnetism:
Xiaohua Deng (CN), DPP Vice Chair, Vice President, Nanchang University, Ryouichi Fujii (JP), I-HAC, President, Research Organization of Information
Sciences, Zuyin Pu (CN), I-HAC, Professor, Peking University, Lou-Chuang Lee (TW), I-HAC, Chandrasekhar Laureate, Academician, Academia Sinica, Lin
Ni Hau (TW), Professor, National Central University, Bimla Buti (IN), I-HAC, Founder & President, Buti Foundation, Don Melrose (AU), I-HAC,
Chandrasekhar Laureate, Em. Professor, University of Sydney , Iver Cairns (AU), Professor, University of Sydney, Dong-Hun Lee (KR), I-HAC,
RMPP-AE, Professor, Kyung Hee University, Yu Lin (US), RMPP-CE, Professor, Auburn University, Masahiro Hoshino (JP), Professor, University of Tokyo
Toru Hada (JP), Professor, Kyushu University, Bruce Tsurutani (US), Jet Propulsion Laboratory, California Institute of Technology, Daniel Baker (US),Professor, University of Colorado LASP, Boulder
Solar/Astro:
Ryoji Matsumoto (JP), SA PC Chair, DPP Vice chair, RMPP AE, Professor, Chiba University, Peng-Fei Chen (CN), SA PC co-Chair, RMPP-AE,
Professor, Nanjing University, Jungyeon Cho (KR), SA PC co-Chair, Chungnam National University, Hantao Ji (US), SA PC co-Chair, Professor, Princeton
University, Arnab Rai Chaudhuri (IN), I-HAC, Professor, Department of Physics, Indian Institute of Science, Dipankar Banerjee (IN), Professor, Indian Instituteof Astrophysics, Kanya Kusano (JP), Professor&Director, Nagoya University, Dongsu Ryu (KO), Professor, Department of Physics, UNIST, Jingxiu Wang(CN), I-HAC, Professor, UCAS , Kazuo Makishima (JP), Em. Professor, the University of Tokyo, Rony Keppens (DE), Professor, Ku Leuven, Joerg Buechner(DE), Professor, Max-Planck-Institute for Sonnensystemforschung31

2019.10.20
Magnetic Fusion:
Yasuaki Kishimoto (JP), MF PC-co-chair, Professor& director of IAE, Kyoto University, Min Xu (CN), MF PC-co-chair, Professor, SWIP, Akio Komori(JP), I-HAC, President, National Institutes of Natural Science, Tomohiro Morisaki (JP), Executive director, Large Helical Device (LHD), NIFS, NINS, Sibylle
Guenter (EU), Scientific director, Max Planck Institute for plasma physics, Anthony Donne (EU), Programme Manager for the consortium EUROfusion., Alain
Becoulet (EU), Head of Institute, Institute for Research on Magnetic Fusion, CEA/ Cadarache, Tony Taylor (US), Vice president, GA, USA, Francois
Waelbloeck (US), Director, Institute for Fusion Study, University of Texas, Ian Chapman (UK), Director, CCFE, Takaaki Fujita (JP), Professor, Nagoya
University, Won Namkung(KR), Em. Professor, POSTECH, Yutaka Kamada (JP), Deputy director General, Naka, QST, Joaquin Sanchez (ES), Director,
CIEMAT, Piero Martin (IT), Professor, University of Padova and Consorzio RFX, Ambrogio Fasoli (CH), Professor/Director, SPC, EPFL, Dennis Whyte (US),Professor, MIT, Richard Hawryluk (US), Associate Director for Fusion, PPPL, Hiroshi Yamada (JP), Fellow Professor, NIFS, Kenichi Kurihara (JP), Director
General, Naka, QST, Takeo Muroga (JP), Deputy Director General, NIFS, Yong Liu (CN), I-HAC, President, SWIP, Kun Lu (CN), ASIPP, Keeman Kim (KR),NFRI, Aparajita Mukharjee (IN), IPR, Yican Wu (CN), Director, INEST, Hartmut Zohm (DE), Member of Board of Director, Max Planck Institute for Plasma
Physics, Shashank Chaturvedi (IN), Director, Institute for Plasma Research[20] Scientific Program Committee
General PC chair: M. Kikuchi (AAPPS-DPP Chair), Co-chair: Xuru Duan (AAPPS-DPP Vice-Chair)
There will be plenary session and parallel sessions from 8 sub-disciplines; CD and F sessions have focused topics.
1. Cross-disciplinary (Focused Topics):
Chair; Patrik Diamond (UCSD),
Co-chairs: Lu Wang (HUST), Yusuke Kosuga (Kyushu U), Xavier Garbet CEA), David Hughes (Leeds U), Shigeo Yoden(Kyoto U)
2. Fundamental plasma physics (Focused Topics):
Chair; Zensho Yoshida (U Tokyo)
Co-chairs Robert Dewar (ANU), T.S. Hahm (SNU), Hong Qin (USTC), Phillip Morrison (U Texas)
3. Basic plasma:
Chair; Tomohiko Watanabe (Nagoya U)
Co-chairs; Lin I (NCU), S. Shinohara (TUAT), Prabal Chattopadhyay (IPR), Ding Li (IOP-CAS)
Members: Feng Yan (Soochow University), JinLin Xie (USTC), A.A. Mamun (GK), Kenichi Nagaoka (NIFS), Atsushi Okamoto(Nagoya University), Yasushi Ono (U. Tokyo), Frank Jenko (IPP-MPI)
4. Applied plasma:
Chair; Yikang Pu (Tsinghua U)
Co-chairs; Wonho Choe (KAIST), Masaharu Shiratani (Kyushu U), Rod. Boswell (ANU)
Members: Tony Murphy (CSIRO),Kazunori Takahashi (Tohoku U), Keh-Chyang Leou (National Tsinghua U), Tsanko Vaskov Tsankov(Ruhr-University Bochum), Svetlana Starikovskaia (Ecole Polytechnique), Mikhail Shneider (Princeton University)
5. Laser plasma:
Chair; Jie Zhang (SJTU)
Co-chairs; K. Mima (GPI), ZM Sheng (SJTU), Hyyong Suk (GIST), Ravindra Kumar (TIFR)
Members: Jian Zheng (USTC), Yongtao Zhao (XJTU), Ke Lan (IAPCM), Yuji Fukuda (QST), Youichi Sakawa (Osaka U), Chang Hee
Nam (GIST), Kitae Lee (KAERI), Sudip Sengupta (IPR), M. Krishnamurthy (TIFR), Michel Koenig (LULI), Chikang Li (MIT), Stefan
Weber (ELI), Frederico Fiuza (SLAC)
6. Space & Geomag plasma:
Chair; Xiaohua Deng (Nanchang U)
Co-Chairs; Tohru Hada (Kyushu U), Lakhina Gurbax(Indian Institute for Geomagnetism) ,Bruce Tsurutani (Caltech), Quanming Lu(USTC), Zhou Meng (Nanchang U), Dong-He Lee (Kyung Hee U)
7. Solar & Astro plasma:
Chair; Ryoji Matsumoto (Chiba U)
Co-chairs; Pengfei Chen(Nanjing U), Hantao Ji(Princeton U), Jungyeon Cho(Chungnam National U), Shu-ichiro Inutsuka(Nagoya U)
Members; Kazunari Shibata (Kyoto U), Dongsu Ryu (UNIST), Feng Yuan (Shanghai Astronomical Observatory), Dipankar Banerjee(Indian Institute of Astrophysics), Pin-Gao Gu (ASIAA), Siming Liu (Purple Mountain Observatory), Hui Li (Los Alamos National
Laboratory), Kyungsuk Cho (Korea Astronomy and Space Science Institute)
8. Magnetic Fusion plasma:
Chair; Hyeon Park (UNIST)
Co-chairs; Min Xu (SWIP), Y. Kishimoto (Kyoto U)
Members; Yong-Seok Hwang (SNU), Guosheng Xu (ASIPP), Shaojie Wang (USTC), Katsumi Ida (NIFS), Takaaki Fujita (Nagoya U),
Wulyu Zhong (SWIP), Abhijit Sen (IPR), Gunsu Yun (POSTECH), Siwoo Yoon (NFRI), Matthew J. Hole (ANU), Tuong Hoang(CEA),
George McKee (Wisconsin/ GA), Steven A. Sabbagh (Columbia/PPPL)[21] Local Organizing Committee (LOC)
LOC Chair: Ge Zhuang (USTC)LOC Secretary： Jinlin Xie (USTC), Zhengwei Wu (USTC)LOC Member: Yuntao Song (ASIPP), Shaohua Dong(ASIPP), Min Xu (SWIP), Wulv Zhong (SWIP), Yuming Wang (USTC)，Quanming
Lu (USTC)，Wandong Liu (USTC), Jinxiu Ma (USTC), Shaojie Wang (USTC), Hong Qin (USTC), Jian Zheng (USTC), Xiaodong Zhu(USTC), Xuan Sun (USTC), Xiaofang Wang (USTC), Minyou Ye (USTC), Weihong Yang (USTC), Huishan Cai (USTC), Tao Lan (USTC),
Haijun Ren (USTC), Jian Liu (USTC), Adi Liu (USTC), Hong Li (USTC), Pengfei Zhang (USTC), Guangyue Hu (USTC)

32