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Development of Laser-Based Techniques for in Situ Characterization of the First Wall in Iter and Future Fusion Devices

AuthID
P-006-7K9

Author(s)

Philipps, V

Malaquias, A

Hakola, A

Karhunen, J

Maddaluno, G

Almaviva, S

Caneve, L

Colao, F

Fortuna, E

Gasior, P

[+2]·

Laan, M

[+2]·

van der Meiden, HJ

Petersson, P

Rubel, M

Huber, A

Zlobinski, M

Schweer, B

Gierse, N

Xiao, Q

Sergienko, G

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Document Type

Article

Year published

2013

Published

in NUCLEAR FUSION, ISSN: 0029-5515

Volume: 53, Issue: 9, Pages: 093002 (12)

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Publication Identifiers

DOI: 10.1088/0029-5515/53/9/093002

SCOPUS: 2-s2.0-84884367352

Wos: WOS:000324160400004

Source Identifiers

ISSN: 0029-5515

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All authors

Name Order	Name	Name Order	Name	Name Order	Name
1	Philipps, V;	2	Malaquias, A;	3	Hakola, A;
4	Karhunen, J;	5	Maddaluno, G;	6	Almaviva, S;
7	Caneve, L;	8	Colao, F;	9	Fortuna, E;
10	Gasior, P;	11	Kubkowska, M;	12	Czarnecka, A;
13	Laan, M;	14	Lissovski, A;	15	Paris, P;
16	van der Meiden, HJ;	17	Petersson, P;	18	Rubel, M;
19	Huber, A;	20	Zlobinski, M;	21	Schweer, B;
22	Gierse, N;	23	Xiao, Q;	24	Sergienko, G;

Development of Laser-Based Techniques for in Situ Characterization of the First Wall in Iter and Future Fusion Devices

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Development of Laser-Based Techniques for in Situ Characterization of the First Wall in Iter and Future Fusion Devices

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