New sources and instrumentation for neutrons in biology.
- Teixeira, SCM
- Zaccai, G
- Ankner, J
- Bellissent-Funel, MC
- Bewley, RI
- Blakeley, MP
- Callow, P
- Coates, L
- Dahint, R
- Dalgliesh, R
- Dencher, NA
- Forsyth, VT
- Fragneto, G
- Frick, B
- Gilles, R
- Gutberlet, T
- Haertlein, M
- Hauß, T
- Häußler, W
- Heller, WT
- Herwig, K
- Holderer, O
- Juranyi, F
- Kampmann, R
- Knott, RB
- Krueger, S
- Langan, P
- Lechner, RE
- Lynn, GW
- Majkrzak, C
- May, RP
- Meilleur, F
- Mo, Y
- Mortensen, K
- Myles, DAA
- Natali, F
- Neylon, C
- Niimura, N
- Ollivier, J
- Ostermann, A
- Peters, J
- Pieper, J
- Rühm, A
- Schwahn, D
- Shibata, K
- Soper, AK
- Strässle, T
- Suzuki, J
- Tanaka, I
- Tehei, M
- Timmins, P
- Torikai, N
- Unruh, T
- Urban, V
- Vavrin, R
- Weiss, K
Publication date
April 2008
DOI Publisher
Elsevier BV Journal
Chemical PhysicsAbstract
Neutron radiation offers significant advantages for the study of biological molecular structure and dynamics. A broad and significant effort towards instrumental and methodological development to facilitate biology experiments at neutron sources worldwide is reviewed. © 2008, Elsevier Ltd
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