L. Rosta, NEUTRON-SCATTERING FOR CONDENSED-MATTER RESEARCH AND MATERIALS SCIENCE AT THE BUDAPEST-RESEARCH-REACTOR, Physica. B, Condensed matter, 213, 1995, pp. 848-850
The Budapest Research Reactor was restarted after a major upgrade and
has operated at 10 MW nominal power from November 1993. The reconstruc
tion was performed according to modern scientific, technological and s
afety requirements. This unique important neutron source in Central Eu
rope serves various purposes, such as basic and applied research in ph
ysics, chemistry, biology, materials science, as well as commercial ut
ilization. The following instruments are available on neutron beams an
d guides: two-axis powder diffractometer, dynamic neutron/gamma radiog
raphy station, small-angle neutron scattering device and three-axis sp
ectrometer. A prompt-gamma activation-analysis spectrometer and a four
-circle diffractometer are being installed. A liquid-hydrogen cold neu
tron source is under construction.