作者
Subrata Pradhan, Z Khan, VL Tanna, AN Sharma, KJ Doshi, U Prasad, H Masand, Aveg Kumar, KB Patel, MK Bhandarkar, JR Dhongde, BK Shukla, IA Mansuri, A Varadarajulu, YS Khristi, P Biswas, CN Gupta, DK Sharma, DC Raval, R Srinivasan, SP Pandya, PK Atrey, PK Sharma, PJ Patel, HS Patel, P Santra, TJ Parekh, KR Dhanani, Y Paravastu, FS Pathan, PK Chauhan, MS Khan, JK Tank, PN Panchal, RN Panchal, RJ Patel, S George, P Semwal, P Gupta, GI Mahesuriya, DP Sonara, SP Jayswal, M Sharma, JC Patel, PP Varmora, DJ Patel, GLN Srikanth, DR Christian, A Garg, N Bairagi, GR Babu, AG Panchal, MM Vora, AK Singh, R Sharma, D Raju, SV Kulkarni, M Kumar, R Manchanda, S Joisa, K Tahiliani, SK Pathak, KM Patel, HD Nimavat, PR Shah, HH Chudasma, TY Raval, AL Sharma, A Ojha, BR Parghi, M Banaudha, AR Makwana, MB Chowdhuri, N Ramaiya, JV Raval, S Gupta, S Purohit, R Kaur, AN Adhiya, R Jha, S Kumar, UC Nagora, V Siju, J Thomas, VR Chaudhari, KG Patel, KK Ambulkar, S Dalakoti, CG Virani, PR Parmar, AL Thakur, A Das, D Bora
发表日期
2015/6/19
期刊
Nuclear fusion
卷号
55
期号
10
页码范围
104009
出版商
IOP Publishing
简介
A steady state superconducting tokamak (SST-1) has been commissioned after the successful experimental and engineering validations of its critical sub-systems. During the'engineering validation phase'of SST-1; the cryostat was demonstrated to be leak-tight in all operational scenarios, 80 K thermal shields were demonstrated to be uniformly cooled without regions of'thermal runaway and hot spots', the superconducting toroidal field magnets were demonstrated to be cooled to their nominal operational conditions and charged up to 1.5 T of the field at the major radius. The engineering validations further demonstrated the assembled SST-1 machine shell to be a graded, stress–strain optimized and distributed thermo-mechanical device, apart from the integrated vacuum vessel being validated to be UHV compatible etc. Subsequently,'field error components' in SST-1 were measured to be acceptable towards …
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S Pradhan, Z Khan, VL Tanna, AN Sharma, KJ Doshi… - Nuclear fusion, 2015