Neutron source evaluation process and evaluation panel report D. G. DoranJ. E. Leiss Summary Pages: 137 - 141
International Energy Agency Workshop for an International Fusion Materials Irradiation Facility: Background and introduction Theodore C. Reuther Overviews/Perspective Pages: 143 - 145
Need for and requirements for a neutron irradiation facility for fusion materials testing S. IshinoP. SchillerA. F. Rowcliffe Overviews/Perspective Pages: 147 - 155
Fusion neutron test facility requirements for interactive effects in structural and high-heat-flux components N. M. GhoniemJ. B. Whitley Overviews/Perspective Pages: 157 - 167
Spallation neutron sources: Basics, state of the art, and options for future development G. S. Bauer Accelerator-Based Neutron Sources Pages: 169 - 180
Option for spallation neutron sources J. M. PerladoM. PieraJ. Sanz Accelerator-Based Neutron Sources Pages: 181 - 192
High-intensity 14-MeV cut-off neutron production by the1H(t,n)3He source reaction S. Cierjacks Accelerator-Based Neutron Sources Pages: 193 - 200
A high-flux accelerator-based neutron source for fusion technology and materials testing G. P. LawrenceG. L. VarsamisM. T. Wilson Accelerator-Based Neutron Sources Pages: 201 - 227
Selective energy neutron source based on the D-Li stripping reaction T. KondoH. OhnoM. Odera Accelerator-Based Neutron Sources Pages: 229 - 235
Beam plasma neutron sources based on beam-driven mirror F. H. CoensgenT. A. CasperC. E. Walter Plasma-Based Neutron Sources Pages: 237 - 247
The reversed-field-pinch (RFP) fusion neutron source: A conceptual design C. G. BathkeR. A. KrakowskiK. A. Werley Plasma-Based Neutron Sources Pages: 249 - 268
The high-density Z-pinch as a pulsed fusion neutron source for fusion nuclear technology and materials testing R. A. KrakowskiJ. D. SethianR. L. Hagenson Plasma-Based Neutron Sources Pages: 269 - 286
