Development Opportunities for Small and Medium Scale Accelerator Driven Neutron Sources: Report of a Technical Meeting Held in Vienna, 18-21 May 2004Neutron applications in the life sciences will be a rapidly growing research area in the near future, as neutrons can provide unique information on the reaction dynamics of complex biomolecular systems, complementing other analytical techniques such as electron microscopy, X rays and nuclear magnetic resonance. |
Contents
INTRODUCTION | 1 |
The feedback between opportunities and demand | 7 |
The spallation neutron source | 29 |
Copyright | |
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accelerator driven neutron ADNS Alternating Gradient Synchrotron applications beam line beam power collimation components concept construction cross sections CSNS detector deuterons developing countries developing nations diffraction driven neutron sources E-mail engineering experiments facilities FFAG fission high energy hydrogen moderator IAEA IFMIF international collaboration irradiation J-PARC Japan JSNS Jülich LENS linac linear accelerators long-wavelength lower-tier Lujan Center magnetic materials measurements medium power sources mercury target models neutron beam neutron energy neutron flux neutron production neutron scattering neutron yield nuclear reactions operation opportunities optimization P.O. Box para-hydrogen fraction particle Paul Scherrer Institute peak performance physics possible proton beam pulsed neutron source radiation range reflector reflector-filter require research reactors sample shielding simulation SINQ source brightness spallation neutron source spallation sources spallation target structure synchrotron target station target system techniques Telephone temperature thermal thermal neutrons Zircaloy