APA

Pandya S. P., Pandya S. N., Patil Y. V., Krishnan D. S., Murugesan M., Sharath D., Singh K. P., Khan M. S., Arafat M., Biju N., Khirwadkar S. S., Govidarajan J., Venkatraman B. & Balasubramaniam K. (20160706). A comparison between finite element modeling and various thermographic non-destructive testing techniques for the quantification of the thermal integrity of macro-brush plasma facing components used in a tokamak. : The Review of scientific instruments.

Chicago

Pandya Santosh P, Pandya Shwetang N, Patil Yashashri V, Krishnan Deepu S, Murugesan Menaka, Sharath D, Singh K Premjit, Khan Md Shoaib, Arafat M, Biju N, Khirwadkar Samir S, Govidarajan Jagannathan, Venkatraman B and Balasubramaniam Krishnan. 20160706. A comparison between finite element modeling and various thermographic non-destructive testing techniques for the quantification of the thermal integrity of macro-brush plasma facing components used in a tokamak. : The Review of scientific instruments.

Harvard

Pandya S. P., Pandya S. N., Patil Y. V., Krishnan D. S., Murugesan M., Sharath D., Singh K. P., Khan M. S., Arafat M., Biju N., Khirwadkar S. S., Govidarajan J., Venkatraman B. and Balasubramaniam K. (20160706). A comparison between finite element modeling and various thermographic non-destructive testing techniques for the quantification of the thermal integrity of macro-brush plasma facing components used in a tokamak. : The Review of scientific instruments.

MLA

Pandya Santosh P, Pandya Shwetang N, Patil Yashashri V, Krishnan Deepu S, Murugesan Menaka, Sharath D, Singh K Premjit, Khan Md Shoaib, Arafat M, Biju N, Khirwadkar Samir S, Govidarajan Jagannathan, Venkatraman B and Balasubramaniam Krishnan. A comparison between finite element modeling and various thermographic non-destructive testing techniques for the quantification of the thermal integrity of macro-brush plasma facing components used in a tokamak. : The Review of scientific instruments. 20160706.