Olkhovik Da 1

1. Calculation Provision of the Discharge Scenario with Attainment of the Current Plateau at the KTM Tokamak
2. CALCULATION PROVISION OF THE DISCHARGE SCENARIO WITH OUTPUT TO THE CURRENT PLATEAU ON THE KTM TOKAMAK
3. DEVELOPMENT OF A DISCHARGE SCENARIO WITH SOFTWARE OUTPUT OF THE PLASMA CURRENT WITHOUT REVERSE IN THE INDUCTOR FOR THE KTM TOKAMAK
4. Development of a Discharge Scenario with the Program Output of the Plasma Current without Reversal in the Inductor for the KTM Tokamak
5. Optimization and preparation for the start-up of the plasma ICR heating system at the KTM tokamak
6. COMPARISON OF KTM TOKAMAK WORKING PARAMETERS WITH THE OPERATION LIMITS OF THE MACHINE
7. Comparison of Operating Parameters of the KTM Tokamak with Operating Ranges of the Facility
8. Diagnostics of Long-Term Erosion and Deposition of the Material of the First Wall in the KTM Tokamak: Testing and First Results
9. KTM TOKAMAK VACUUM CHAMBER PREPARATION FOR EXPERIMENTS
10. Preparation of Vacuum Chamber of the KTM Tokamak for Experiments
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