11th International Conference on Inertial Fusion Sciences and Applications (IFSA2019)

[基本信息]

会议名称:11th International Conference on Inertial Fusion Sciences and Applications (IFSA2019)

开始日期:2019-09-22

结束日期:2019-09-27

所在国家:Japan

所在城市:Osaka City

具体地点:Central Public Hall

[重要日期]

摘要截稿日期:2019-03-31

[会务组联系方式]

会议网站:https://confit.atlas.jp/guide/event/ifsa19/top?lang=en

[会议背景介绍]

The 11th International Conference on Inertial Fusion Sciences and Applications (IFSA 2019) will be held in Osaka, Japan, on September 22-27, 2019. The goal of IFSA2019 is to bring together scientists and engineers in the fields of inertial fusion sciences and high-energy-density physics, of their applications and of the all the required technologies.

IFSA2019 will be co-chaired by Ryosuke Kodama (Japan), John Edwards (USA), and Sylvie Jacquemot (France). The Organizing Chairs are Hiroyuki Shiraga (Japan), Sylvie Jacquemot (France), and Richard Town (USA). The Technical Program Committee will be co-chaired by Shinsuke Fujioka (Japan), Dimitri Batani (France), and Bruce Hammel (USA).

The scientific program will be built from invited talks, oral contributions and posters – presenting theoretical, computational and experimental results from facilities worldwide – on any of the topics listed on the webpage Program/Topics.

The conference will provide a unique forum to discuss the latest results in all of these fields.

[征文范围及要求]

I. Inertial Fusion Sciences

A. Central Ignition Schemes

B. Alternative ignition schemes (fast ignition, shock ignition, etc..)

C. Laser (Beam)-plasma interactions

D. Hohlraum energetics

E. Hydrodynamics (incl. equation of states & instabilities etc..).

F. Burning plasma physics

II. High Energy Density Sciences & Applications

G. Atomic physics (incl. radiation transport, opacity, and XFEL pump etc..)

H. Laboratory astrophysics

I. Condensed matter physics & planetology (incl. equation of states & instabilities for HED etc.)

J. Relativistic laser-matter interactions

K. Particle generation and applications

L. Radiation sources and applications

M. Plasma photonics (incl. plasma grating, laser pulse compression, laser beam combining etc..)

N. Plasma nuclear sciences (incl. neutron generation and applications, transmutation, and nuclear physics in HED etc..)

O. QED and strong field physics with laser

III. IFE/HEDS technologies

P. High-energy and/or short-pulse laser facilities/technology

Q. Heavy ion beam drivers

R. Z-pinches and pulsed power machines

S. Inertial fusion energy power plant technologies

T. Target fabrication

U. Diagnostics (incl. XFEL probing etc.)