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Nov 4 – 7, 2019
IAEA Headquarters, Vienna, Austria
Europe/Vienna timezone
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Scientific Program

The Technical Meeting will include invited and contributed papers (orals and posters). Oral presentations will be followed by poster presentations to enhance topical discussions. It is expected that all talks will be approximately 20 minutes with around ten minutes for discussion.

An International Programme Advisory Committee (see below) consisting of a representative international membership will be responsible for the selection of papers, the arrangements of technical sessions and the overall scientific content of the meeting.

The International Programme Advisory Committee is composed of the following members:

Leonard, Anthony (Chair) - United States of America
Asakura, Nobuyuki - Japan
Hong, Suk-Ho - Republic of Korea
Kobayashi, Masahiro - Japan
LaBombard, Brian - United States of America
Lipschultz, Bruce - United Kingdom
Morris, William - United Kingdom
Neu, Rudolf - Germany
Pitts, Richard - ITER Organization
Wang, Liang - China
Wischmeier, Marco - Germany
Zheng, Guoyao - China

The sessions will be devoted to the following topics:

  • Divertor and Confinement


    Key words: H Mode, divertor volume impact on confinement, constraints governed by core performance for ITER-like and advanced geometries.

  • Radiative Power Exhaust


    Key words: Control and optimization of radiative layers and radiative divertors for ITER-like and advanced geometries.

  • Scrape-off Layer and Divertor Physics


    Key words: power decay length, ELMs and their mitigation for ITER-like and advanced geometries.

  • Steady State Operation and Transient Heat Loads


    Key words: power decay length, ELMs and their mitigation for ITER-like and advanced geometries.

  • Plasma Facing Component Materials and Heat Exhaust for Steady State Operation


    Key words: armour materials, target geometry, water/helium cooling design, cooling channel arrangement, heat sink activation, thermal conductivity and contact ageing.

  • Divertors for DEMO and Reactors


    Key words: safe operation, control diagnostics, protection from neutron flux, component life time, cassette design for remote maintenance.

  • Overview