Document Type within your search.
Document Type within your search.
1
Cempura, G.
2013
2013
Archives of metallurgy and materials, 58 2, S. 473-476
“...Fusion technology for ITER...”
2
Terra, A.
2013
2013
Fusion engineering and design, 88 (2013) 6-8, S. 1400–1404
“...Fusion technology for ITER...”
3
Panin, Anatoly
2013
2013
Fusion engineering and design, 88 (2013) 9-10, S. 2015 - 2020
“...Fusion technology for ITER...”
4
Nemov, A.
2013
2013
Fusion engineering and design, 88 (2013) 9-10, S. 2133 - 2137
“...Fusion technology for ITER...”
5
Fusion engineering and design, 88 (2013) 9-10, S. 2073–2076
“...Fusion technology for ITER...”
6
Zauner, C.
2013
2013
Fusion engineering and design, 88 (2013) 6-8, S. 1428–1432
“...Fusion technology for ITER...”
7
Krimmer, A.
2013
2013
Fusion engineering and design, 88 (2013) 9-10, S. 2021 - 2024
“...Fusion technology for ITER...”
8
Mertens, Ph.
2013
2013
Fusion engineering and design, 88 (2013) 9-10, S. 1778 - 1781
“...Fusion technology for ITER...”
9
Wirtz, Marius
2013
2013
Journal of nuclear materials, 438 S. S833-S836
“...Fusion technology for ITER...”
10
Behr, W.
2013
2013
Fusion engineering and design, 88 (2013) 9-10, S. 2096 - 2099
“...Fusion technology for ITER...”
11
Senik, Konstantin
2013
2013
Fusion engineering and design, 88 (2013) 6-8, S. 1288 - 1292
“...Fusion technology for ITER...”