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Indian Test Facility (INTF) and its updates

Authors :
K. G. Parmar
G. Bansal
Rolly Yadav
Ranbir Kumar Pandey
K. Pandya
Ashish Yadav
M. Bhuyan
M. Patel
Mainak Bandyopadhyay
Dolly Singh
H. Shishangiya
M.V. Nagaraju
Jyeshtharaj B. Joshi
Harshida Patel
D. Parmar
A. Chakraborty
B. Prajapati
A. Gahlaut
Jai Prakash Soni
V. Mahesh
H. Mistry
Himanshu Tyagi
Sejal Shah
J. Bhagora
Dass Sudhir
M. N. Vishnudev
Suraj Pillai
C. Rotti
Dheeraj Sharma
Kiran Patel
Source :
Journal of Physics: Conference Series. 823:012001
Publication Year :
2017
Publisher :
IOP Publishing, 2017.

Abstract

To characterize ITER Diagnostic Neutral Beam (DNB) system with full specification and to support IPR's negative ion beam based neutral beam injector (NBI) system development program, a R&D facility, named INTF is under commissioning phase. Implementation of a successful DNB at ITER requires several challenges need to be overcome. These issues are related to the negative ion production, its neutralization and corresponding neutral beam transport over the path lengths of ~ 20.67 m to reach ITER plasma. DNB is a procurement package for INDIA, as an in-kind contribution to ITER. Since ITER is considered as a nuclear facility, minimum diagnostic systems, linked with safe operation of the machine are planned to be incorporated in it and so there is difficulty to characterize DNB after onsite commissioning. Therefore, the delivery of DNB to ITER will be benefited if DNB is operated and characterized prior to onsite commissioning. INTF has been envisaged to be operational with the large size ion source activities in the similar timeline, as with the SPIDER (RFX, Padova) facility. This paper describes some of the development updates of the facility.

Details

ISSN :
17426596 and 17426588
Volume :
823
Database :
OpenAIRE
Journal :
Journal of Physics: Conference Series
Accession number :
edsair.doi...........3e6a922c2346d53e5b3e599614ca1335