High Power Neutron Producing Target with Liquid Metal Cooling
G. Silvestrov, B. Bayanov, V. Belov, S. Danilov, V. Karasyuk, T. Sokolova, S. Taskaev, G. Villevald, BINP, Novosibirsk; V. Kononov, IPPE, Obninsk
The target is an iron plate for the absorption of incident proton or deyton beam. This plate has a system of cooling channels, covered by thin molibdenic foil and liquid gallium will be pumped through them. The neutron producing target itself is a thin (about 10 microns) layer of matter with high neutron production cross-section placed on the surface of molibdenic foil. It can be lithium (or lithium hydride), beryllium, titanium saturated by tritium or porous titanium oxide saturated by Carbon-13.
Two designs of the target are described: