Total budget to be allocated
Around 270 million RMB
Total projects to be funded
Around 20-25
Specific subjects and topics
- Research on early warning, control and mitigation of high specific voltage discharge rupture for fusion reactors;
- Experimental research on fast particle physics in high-performance plasma for fusion reactors;
- Study on compatibility between high performance steady-state operation mode and small amplitude edge local mode (ELM) for fusion reactors;
- Experimental verification of steady state operation mode in dimensionless normalized parameter regions of fusion reactor plasma;
- Theoretical and simulation study on magnetic fluid processes in deuterium-tritium fusion plasma;
- Theoretical and simulation study on constraint improvement of deuterium-tritium fusion plasma, based on nonlinear cyclokinetic theory;
- Research on key technologies of long pulse high-power RF quadrupole;
- Study on some key problems in the physical process of scraping layer / divertor in high-parameter tokamak devices; (*)
- Study on some key problems of platform-based physics in fusion reactors; (*)
- Study on preparation and sealing technologies for large size optical diamond; (*)
- Study on hydrogen isotope retention / penetration behavior in fusion reactor materials under irradiation damages. (*)
Topics marked with (*) encourage young scientists to be proposed as PIs (less than 35 years’ old). Up to 5 projects will be funded for each topic.
Requirements
General requirements applying to all NKPs (see corresponding section in this page).
Additional requirements for this specific NKP include:
- Project implementation period is 5 years.
Date of publication
20 November 2020
Application deadline
8 January 2020
Useful links
Original call (in Chinese, copy-paste in browser)
Previous call for comments (July 2019)
Type
- National Key R&D Programme
- Applied research