By covering the inelastic scattering region from approximate to 0.005 to 50eV, neutron spectrometers at third-generation pulsed sources will be able to provide much new information on the dynamics of protons and protonated groups in peptides. joint analyses of data from molecular spectroscopy instruments and the Compton spectrometer at ISIS give a good idea of the scope of future work at MW spallation sources. Key interpretational issues are discussed and the need for developing relevant MD simulations is stressed. (C) 2008 Elsevier B.V. All rights reserved.
Neutron scattering from model peptides and small oligopeptides at high energy transfers
WANDERLINGH, Ulderico;
2009-01-01
Abstract
By covering the inelastic scattering region from approximate to 0.005 to 50eV, neutron spectrometers at third-generation pulsed sources will be able to provide much new information on the dynamics of protons and protonated groups in peptides. joint analyses of data from molecular spectroscopy instruments and the Compton spectrometer at ISIS give a good idea of the scope of future work at MW spallation sources. Key interpretational issues are discussed and the need for developing relevant MD simulations is stressed. (C) 2008 Elsevier B.V. All rights reserved.File in questo prodotto:
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