Laser-based Technology for in Situ Diagnosis on Hydrogen Isotope Retention and Co-deposition Composition on the First Wall of Tokamak
Release Time:2016-08-09
Hits:
Leading Scientist:
hongbin ding
Institution:
物理学院
Project Source:
国家自然科学基金项目
Project Level:
National level
Sub-Class of Project:
International (Regional) Cooperation and Exchange Project
Status:
结题
Supported by:
National Natural Science Foundation of China
Nature of Project:
纵向
Project Approval Number:
GZ768
Date of Project Approval:
2012-07-01
Scheduled Completion Time:
2015-07-31
Date of Project Initiation:
2012-07-01
Date of Project Completion:
2016-12-31