15th International Workshop on
Plasma Edge Theory
in Fusion Devices

PET15
9 - 11 September, 2015
Nara Kasugano International Forum IRAKA
Nara, Japan

Final Announcement

TIME TABLE
9/09
9:00
9:15
9:30
9:45
10:00
10:15
10:30
10:45
11:00
11:15
11:30
11:45
12:00
12:15
12:30
12:45
13:00
13:15
13:30
13:45
14:00
14:15
14:30
14:45
15:00
15:15
15:30
15:45
16:00
16:15
16:30
16:45
17:00
17:15
17:30
17:45
18:00
18:15
18:30
18:45
19:00
19:15
19:30
19:45
20:00
20:15
20:30
20:45

Registration

9/10

9/11

I-03: G. Kawamura

I-05: H. BufferandO-07: V. Rozhansky

O-11: G. Telesca*

Opening
I-01: W. Stacey
Coffee breakO-01: K. ItohO-02: C. Baudoin
O-03: I. Joseph

O-08: Y. Marandet

Coffee break

Coffee break
I-04: J. Cheng

Poster-2

O-09: L. Chôné
O-10: A. Kukushukin

Lunch

Lunch with lunchbox

Lunch

I-02: B. Scott

I-06: R. Doerner

O-04: P. Tamain

O-12: A. Kirschner

O-05: R. Futtersack

O-13: S. Wiesen

O-06: R. Cohen

Excursion

Coffee breakO-14: H. Ohtani
Coffee break
Closing

Poster-1

BanquetPROGRAM
September 9 (Wed)09:00

Registration

09:30

Opening

09:45 I-01

W. Stacey (Georgia Tech)
Theory of Non-Di₪ﬀusive and No-Axisymmetric Transport in the Edge
Pedestal of Tokamaks

10:30

Co₪ﬀee break

10:45 O-01

K. Itoh (NIFS)
On the origin of steep radial electric field in the transport barrier at
plasma edge

11:15 O-02

C. Baudoin (CEA Cadarache)
On the e₪ﬀect of electron temperature fluctuations on edge heat andparticle turbulent transport

11:45 O-03

I. Joseph (LLNL)
E₪ﬀicient Connection of Collisionless Landau Fluid to Collisional
Braginskii Fluid Plasma Physics Models

12:15

Lunch

13:45 I-02

B. Scott (Max-Planck-IPP)
Gyrokinetic Theory and Dynamics of the Tokamak Edge

14:30 O-04

P. Tamain (CEA Cadarache)Interplay between plasma turbulence and particle injection in 3D
global turbulence simulations

15:00 O-05

R. Futtersack (CEA Cadarache)First principle modelling of the interplay between Langmuir probes
and edge plasma turbulence

15:30 O-06

R. Cohen (CompX)
Plasma edge simulation with the continuum kinetic code COGENT

16:30Co₪ﬀee break

16:15

Poster 118:00AdjournSeptember 10 (Thu)
09:00 I-03

G. Kawamura (NIFS)
Three-dimensional transport analysis of plasma, neutrals andimpurities in LHD peripheral regions with impurity gas-pu₪ﬀ

09:45 O-07

V. Rozhansky (St. Petersburg SPU)
Modeling of ITER edge plasma in the presence of resonant magnetic
perturbations

10:15 O-08

Y. Marandet (Aix-Marseille U)E₪ﬀect of statistical noise on coupled plasma fluid ‑–― Monte Carlokinetic neutrals simulations: investigation based on artificial noise

10:45Co₪ﬀee break

11:00 I-04

J. Cheng (SWIP)
Roles of turbulence and pressure gradient driven flows in triggeringthe L-I-H transitions on HL-2A tokamak

11:45 O-09

L. Chônê (Aix-Marseille U)
Transport barrier formation in edge turbulence simulation withneoclassical poloidal flow damping

12:15 O-10

A. Kukushkin (Kurchatov Institute/NRNU MEPhI)
Role of “‟momentum removal”†․ in divertor detachment

12:45Lunch

13:30

Excursion (Jikou-in and Horyu-ji)

19:00

Banquet (Ashibi-no-Sato)

21:00

AdjournSeptember 11 (Fri)
09:00 I-05

H. Bu₪ﬀerand (Aix-Marseille U)
Self-consistent transport in SOLEDGE2D edge plasma modeling

09:45 O-11

G. Telesca (Ghent University) [presented by R. Zagorski]
Core-SOL modelling of neon seeded JET discharges with thelike wall

ITER-

10:15

Co₪ﬀee break

10:30

Poster 2

12:15

Lunch

13:45 I-06

R. Doerner (UCSD)
Outstanding issues in plasma-surface interaction research

14:30 O-12

A. Kirschner (Forschungszentrum Jülich)
Modelling of impurity transport and plasma-wall interaction infusion devices with the ERO code: basics of the code and examplesof application

15:00 O-13

S. Wiesen (Forschungszentrum Jülich)E₪ﬀect of PFC recycling conditions on JET pedestal density dynamics

15:30 O-14

H. Ohtani (NIFS)
Visualization of dust particle data with plasma simulation results byvirtual-reality system

16:00

Co₪ﬀee break

16:15

Closing

Informations on presentations
Length of talks
Invited talk: 45 minutes(35 minutes presentation, 10 minutes discussion)
Oral talk: 30 minutes(25 minutes presentation, 5 minutes discussion)
Size of poster board
Width 120 cm, height 180 cm

Poster 1
Paper No

Presenter

InstitutionTitle

P1-01

Y. Nishimura

Cheng Kung U

Topological effects of tokamak divertor geometry on particle
transport in the presence of magnetic stochasticity

P1-02

C.-C. Chang

Kyoto U

Effects of magnetic islands on ECCD driven supra-thermal electronbehaviors and current profiles in the tokamak plasma

P1-03

R. Kanno

NIFS

Development of a drift-kinetic simulation code for estimating
collisional transport affected by RMPs and radial electric field

P1-04

N. Miyato

JAEA

Gyrokinetic model beyond the standard ordering

P1-05

G. Fuhr

Aix-Marseille U

Self consistent turbulence response to RMPs and tearing modes

P1-06

S.-I. ItohKyushu UOn Immediate Influence of Source Input on Edge-Core Coupling

P1-07

I. Katanuma

U Tsukuba

Particle simulation on blob production in an open system

P1-08

Y. Kosuga

Kyushu UTurbulence dynamics with the coupling of density gradient andparallel velocity gradient in the edge plasmas

P1-09

N. Nace

CEA Cadarache

Edge plasma turbulence interaction with transport barriers
generated by forced and self-consistent mechanisms

P1-10

H. Seto

JAEA

Flux-driven turbulence simulation of L-H transition with BOUT++
code

P1-11

M. Leconte

NFRI

Nonlinear oscillations in a Reaction-Diffusion model with ExB
frequency shear: a paradigm for type-III ELMs

P1-12

N. Horsten

KU Leuven

Fluid neutral model for use in hybrid simulations of a detached
ITER case

P1-13

S. Dai

NIFS

P1-14

H. Inoue

Keio U

P1-15

H. Matsuura

Osaka PU

Study on molecular ion production during detached plasma
formation in divertor simulator TPD-SheetIV

P1-16

S. Krasheninnikov

UCSD

On divertor detachment and detachment stability

P1-17

H. Nishikata

Nagoya U

Detailed Analysis of Plasma Resistivity in Detached Plasmas

P1-18

A. Pigarov

UCSD

Modeling of ELMs in detached divertor plasmas with UEDGE-MBW

P1-19

H. Tanaka

NIFS

Statistical analysis of particle flux flowing into the end-target in
between attached and detached states in the linear divertor plasma
simulator NAGDIS-II

P1-20

I. Borodkina

NRNU MEPhI

An analytical expression for the electric field and particle tracing inplasma-wall interaction experiments at the JET ITER-like wall

P1-21

K. GhoosKU Leuven

Accuracy and convergence of coupled finite-volume / Monte-Carlocodes for plasma edge simulations

P1-22S. Yamoto

Keio U

Effects of classical and neo-classical cross-field transport oftungsten impurity in realistic tokamak geometry

P1-23

R. Tatsumi

Keio U

Basic Consideration of Monte-Carlo Algorithm to Solve Fluid
Equations for SOL/Divetror Plasmas

P1-24

H. Kawashima

JAEA

Simulation of radiative divertor plasmas by Ar seeding with the full
W wall in JT-60SA

P1-25

S. Mekkaoui

U YorkSelf-consistent turbulence-recycling modeling for PISCES-relevant
linear plasma device conditions

P1-26

R. G. Rochford

Aalto U

Coupled core and edge Tokamak simulations using gyrokinetic full f
Particle-In-Cell approach

P1-27

A. Fukano

Tokyo MCIT

Effects of multi-species ions on sheath and presheath in a magnetic
field decreasing toward a wall

P1-28

D. Tskhakaya

TU Wien

Kinetic modelling of the detached divertor plasma

P1-29

S. TogoU TokyoSimulation Study of Detached Plasmas by Using One-Dimensional
SOL-Divertor Fluid Code with Virtual Divertor Model

Parameter scan study of impurity transport model in comparison
with EUV emission measurements in the stochastic layer of LHD:
effects of first wall recycling and transport coefficientsExtended Numerical Modeling of Impurity Neoclassical Transport inTokamak Edge Plasmas

Poster 2Paper No

PresenterInstitutionTitle

P2-01

T. Kuwabara

Nagoya U

Modelling of the linear divertor plasma simulator NAGDIS-II byusing EMC3-Eirene code

P2-02

T. Takizuka

Osaka U

Bohm criterion and virtual divertor model for SOL-divertor
simulation

P2-03

Y. Tomita

IPP, CASElectrostatic characteristic of a spherical dust on PFW in sheath
field

P2-04

T. Onjun

Sirindhorn IIT

Study of Hysteresis Properties in Tokamak Plasma Based onBifurcation Concept

P2-05

A. Fukuyama

Kyoto U

Dynamical transport modelling of radial profiles in tokamak edgeplasmas

P2-06

Y. Igitkhanov

Karlsruhe IT

Evolution of electron temperature in tokamak boundary plasma
during a massive gas injection

P2-07

M. Yagi

JAEA

Nonlocal response of electron temperature fluctuation from edge tocore in tokamak plasmas(To be presented byY. Nakashima)

U Tsukuba

Numerical Simulation Study of Plasma Flow in the GAMMA 10/PDX
End-cell Using a Fluid CodeP2-09

M. Hosokawa

ITER Org

Kinetic modelling of divertor fluxes during ELMs in ITER and effectof in/out divertor plasma asymmetries

P2-10(To be presented byN. Ohno)

Nagoya U

Mode structure analysis of detached plasma using a 2D image

P2-11

W. Dekeyser

ITER Org

SOLPS-ITER modeling of the Alcator C-Mod divertor plasma

P2-12

K. Hoshino

JAEA

Photon Absorption Effects in DEMO Divertor Plasma

P2-13

J. Rosato

Aix-Marseille U

Hybrid formulation of radiation transport in optically thick divertor
plasmasP2-14

I. Ivanova-Stanik

IPPLM

COREDIV and SOLPS numerical simulations of the nitrogen
seeded JET ILW L–mode dischargesP2-15

D. P. Coster

MP IPP

Reduced physics models in SOLPS for reactor scoping studies

P2-16

X. P. Bonnin

ITER Org

Presentation of the new SOLPS-ITER code package for tokamak
plasma edge modelling

P2-17

R. Zagorski

IPPLM

Modelling of the JET DT experiments in Carbon and ILW
configurations

P2-18

N. Hayashi

JAEA

Integrated modeling of impurity transport in core and SOL/divertor
plasmasP2-19

K. GałązkaIPPLM

Power exhaust management by impurity seeding in ASDEX
Upgrade tokamak modeled by COREDIV code

P2-20

M. Blommaert

FZ Juelich

Magnetic Field Models and their Application in Optimal Magnetic
Divertor Design

P2-21(To be presented byS. Krasheninnikov)

Kurchatov InstA model of self-similar radiative transfer in resonance lines fortesting the edge plasma codes

P2-22

S. Takamura

Aichi IT

Effect of PSI on momentum input to plasma-facing material
surfaces

P2-23

K. Ibano

Osaka U

Particle simulations on effects of plasma-tungsten interaction to theprompt re-deposition and the self sputtering

P2-24

M. ShojiNIFS

Simulation analysis of carbon deposition profile in the closed helicaldivertor configuration in the Large Helical Device

P2-25

G. PelkaIPPLM

TECXY study of a liquid lithium divertor for DEMO

P2-08

H. Takeda

T. OndaP. A. Sdvizhenskii

Access to Nara
Traf<c, Transit, Terrain, Directions

Kyoto city

Itami airport

Nara city

Kansai airport

Map data ©2015 Google, ZENRIN

10 km

Map of Kansai area (Osaka, Kyoto, Kobe, Nara)
From Kansai airport
All international flights to Kansai area arrive here.
Access information [Link]
Limousine to Nara [Link]
90 minutes (every 60 minutes from 7:40 to 21:40, 2050 JPY)
Train to Nara [Link]
JR Kansai Airport to JR Tennoji
33 minutes by Airport Express HARUKA(every 30 minutes, 1710 JPY)
50 minutes by Kansai Airport Rapid Service(every 30 minutes, 1060 JPY)
JR Tennoji to JR Nara
33 minutes by Yamatoji Rapid Service (every 15 minutes, 470 JPY)

From Itami (Osaka) airport
Some domestic flights from Narita and Haneda airports near Tokyo arrive.
Access information [Link]
Limousine to Nara [Link]
75 minutes (almost every 60 minutes from 8:30 to 21:05, 1480 JPY)
From Kyoto station
JR Shinkansen (bullet train) stops at Kyoto station.
JR Nara-line
45-50 minutes by Rapid Service (every 30 minutes, 710 JPY)
Kintetsu Kyoto-line
35 minutes by Limited Express (2/hour, 1130 JPY)
50 minutes by Express (possible change at Saidaiji, 3/hour, 620 JPY)

VenueNara Kasugano International Forum IRAKA(A.K.A. Nara-Prefectural New Public Hall)

Bus: From JR Nara station or Kintetsu Nara station to venue
7-12 min., 210JPY,
get on from middle door,
pay and get off from front door
Time table below
Walk: From JR Nara station to venue (2.4 km, 30 min.)From Nara Hotel to venue (1.2 km, 15 min.)Bus stop to get on
Todaiji-Daibutsuden-mae
Kokuritsu-Hakubutsukan-mae

Bus stop to get on
Kintetsu-Nara-station

Kintetsu Nara station

Bus stop to get off
Todaiji-Daibutsuden-mae
Kasuga-Taisha-mae

Bus line

Possible walk paths

Bus stop to get on
JR-Nara-station-East-side
JR Nara station

Conference venue
Nara Kasugano International Forum IRAKA
A.K.A. Nara-prefectural New Public Hall
Bus stop
Nara-Kasugano-KokusaiForum-IRAKA-mae

BanquetAshibi-no-SatoBus: From JR Nara station East side #2 to venue (10-12 min., 210JPY)

Bus: From Kintetsu Nara station #1 bus stop to venue (5-7 min., 210JPY)

Bus: From Todaiji-Daibutsuden-mae bus stop to venue (210JPY)

Bus: From Nara-Kasugano-Kokusai-Forum-mae bus stop to venue (210JPY)

1st floor

Poster

LOC officeOral

2nd floor

Entrance

Registration andManuscript Submission

Floor map

Floor Plan

Venue Excursion (10 September, Thursday)
Rough time table
12:45 - 13:20
Lunch (Lunchbox at workshop venue)
13:20 - 18:00
Bus tourGroup A: Horyuji - Jikoin - Ashibi-no-sato
13:20 Departure
14:20 Arrive at Horyuji
15:50 Departure
16:05 Arrive at Jikoin
17:05 Departure
17:50 Arrive at Ashibi-no-sato
Group B: Jikoin - Horyuji - Ashibi-no-sato
13:30 Departure
14:15 Arrive at Jikoin
15:15 Departure
15:30 Arrive at Horyuji
17:00 Departure
18:00 Arrive at Ashibi-no-sato

Jikoin (Temple, Garden, Tea ceremony experience ）Horyuji (Temple, Japanǐ’s first world cultural heritage)-If we return to Nara earlier, the buses will stop at the JR
Nara station before the arrival at ashibi-no-sato, and those
who want to relax at their hotel may get o₪ﬀ and walk to thebanquet place later.

Banquet (10 September, Thursday)
Ashibi-no-sato (Seated bu₪ﬀet） 19:00 - 21:00

Nara City (Main part)

Toyoko Inn Kintetstu Nara Ekimae
Kasuga Hotel

Kintetsu Nara station
Nara Washington Hotel Plaza
Hotel Nikko Nara
Hotel Fujita Nara
JR Nara station

Hotel Sunroute Nara
Conference venue
Nara Kasugano International Forum IRAKA
A.K.A. Nara-prefectural New Public Hall

Super Hotel Lohas JR Nara Station Sanjo Street
Super Hotel Lohas JR Nara-eki
Comfort Hotel Nara
Sun Hotel Nara

BanquetAshibi-no-Sato

Nara HotelInformation
Nara Park (From Wikipedia)
Nara Park is a public park located in the city of Nara, Japan, at the footof Mount Wakakusa, established in 1880. The park is one of the "Places ofScenic Beauty" designated by the Ministry of Education, Culture, Sports,
Science and Technology (MEXT). Over 1,200 wild deer freely roaming aroundin the park are also under designation of MEXT, classified as naturaltreasure. While the o₪ﬀicial size of the park is about 502 hectare, the area
including the grounds of Tōdai-ji, Kōfuku-ji, and Kasuga Shrine, which areeither on the edge or surrounded by Nara Park, is as large as 660 ha.

Deer (From Wikipedia)
The deer were considered divine and sacred by both Kasuga Shrine
and Kōfuku-ji. Killing one of these sacred deer was a capital o₪ﬀense
punishable by death up until 1637.
After World War II, the deer wereo₪ﬀicially stripped of their sacred/divine status, and were instead designatedas national treasures and are protected as such. Today, visitors can purchase"deer-crackers" to feed the deer in the park.

No Dust Bin in Nara ParkTo protect deers, there is no dust bin in Nara Park. All rubbish must
be taken back to home or hotel.

INTERIM INTERNATIONAL SCIENCE COMMITTEE
Y. L. Igitkhanov (Chair)
D. Kh. Morozov
V. Rozhansky
M. Yagi
R. Zagorski
D. F. Düchs (Hon.)

KIT, Karlsruhe, Germany
RCC Kurchatov Institute, Moscow, Russia
SPbPU, St.Petersburg, Russia
JAEA, Rokkasho, Japan
IPPLM, Warsaw, Poland
Munich, Germany

LOCAL ORGANIZING COMMITTEE
A. Fukuyama (Chair)
M. Yagi (Scientific Secretary)
A. Hatayama
K. Hoshino
G. Kawamura
M. Kobayashi
A. Matsuyama
N. Miyato
T. Morisaki
N. OhnoT. Takizuka
Y. TomitaKyoto University
JAEA
Keio University
JAEA
NIFS
NIFS
JAEA
JAEA
NIFS
Nagoya University
Osaka University
SWIP

WORKSHOP WEB SITE
http://bpsi.nucleng.kyoto-u.ac.jp/pet15/
LOC MAIL ADDRESSPET15@p-grp.nucleng.kyoto-u.ac.jp
CONTACT
Postal address:
A. Fukuyama
Department of Nuclear Engineering
Kyoto University
Kyoto-Daigaku-Katsura C3
Nishikyo-ku
Kyoto 615-8540, Japan
Phone:+81-75-383-3926
Fax:+81-75-383-3926
Mobile:+81-90-3651-9131