Resent advancement of high power laser technologies enable us to open a new horizon of neutron sources along with conventional ones based on accelerators and nuclear reactors. Various types of short-pulse, high-fluence neutron sources have been developed including laser-driven fusion, laser accelerated ion beams, photonuclear reactions, and cluster-explosions, as well as various types of accelerators. And, these neutrons are used in a wide variety of applications for such as material science, medical science, non-destructive investigation, security, and neutron radiography.
The first international meeting was held in 2013 by setting laser-assisted neutron sources and applications as key terms, in order to overview the status and future prospects of relevant fields. In the late 2015, a national project of Japan has started aiming at innovative improvement of compact neutron sources based on both laser and accelerators dedicated for industrial applications. Upon these backgrounds, the 2nd forum will be held in order to provide an opportunity for participants to exchange mutual information and activate their own researches.
Compact Neutron Sources
laser fusion, cluster explosion, laser-driven ion beams, photonuclear reactions, LINAC, cyclotron, electrostatic accelerators, nuclear reactors, RI, et al.
Physics / Control Technologies
particle acceleration, radiation generation, energy and angular distribution, moderators, neutron optics, control system, et al.
Neutron Diagnostics
high resolution measurements in space, time and energy, sensitive imaging, radiography, et al.
Applications
nuclear transmutations, nuclear waste processing, biomedical applications, non-distractive investigation, neutron radiography, neutron capture therapy, fusion reactor material investigations, fusion-fission hybrid-reactors, et al.
Facilities
laser facility and technology, accelerator facility and technology, target technology, et al.
04月18日
2017
04月21日
2017
摘要截稿日期
注册截止日期
初稿截稿日期
2016年05月17日 日本 Yokohama, Japan
2016年激光能量科技会议
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