Print this page |
| Title |
213: QH-mode in hydrogen plasmas |
| Name: | Punit Gohil ( ) |
Affiliation: | General Atomics |
| Research Area: | Hydrogen Discharges |
Presentation time: |
Not requested |
Co-Author(s): | -- |
| Description: | Produce QH-mode plasmas in hydrogen discharges. Determine how the QH-mode and EHO properties compare with deuterium plasmas and also with standard ELMing H-mode plasmas in hydrogen. |
| Experimental Approach/Plan: | Use counter-injected beams to produce QH-mode plasmas. Determine if QH-mode can be produced by co-NBI by gradually increasing the mix of co to counter beams. Document all possible edge quantities. |
| Background: | The QH-mode plasmas in deuterium discharges have certain distinctive properties. How do these properties vary in hydrogen plasmas and can they provide an insight in to the physics of QH-mode plasmas? Resolving these issues is an important concern, especially for ITER in which the early operational phase will be with hydrogen plasmas. |
| Resource Requirements: | -- |
| Diagnostic Requirements: | -- |
| Analysis Requirements: | -- |
| Other Requirements: | -- |