'Incident neutron energy' presentation slideshows

3 experiments

437 views • 28 slides

DESCANT: DEuterated SCintillator Array for Neutron Tagging

DESCANT: DEuterated SCintillator Array for Neutron Tagging. S. J. Williams, TRIUMF (for the TIGRESS collaboration). P(E p ). 90 o. 45 o. 0 o. (1 + A) 2. ? ( ? ). ?. P(E R ) =. ? s. A. E n. E n. Neutron detection.

270 views • 14 slides

DESCANT: DEuterated SCintillator Array for Neutron Tagging

DESCANT: DEuterated SCintillator Array for Neutron Tagging. S. J. Williams, TRIUMF (for the TIGRESS collaboration). P(E p ). 90 o. 45 o. 0 o. (1 + A) 2. ? ( ? ). ?. P(E R ) =. ? s. A. E n. E n. Neutron detection.

146 views • 14 slides

Nuclear Fission

Nuclear Fission. 235 U + n ? 93 Rb + 141 Cs + 2 n Not unique. Low-energy fission processes. Nuclear Fission. Z 1 + Z 2 = 92 Z 1 ? 37, Z 2 ? 55 A 1 ? 95, A 2 ? 140 Large neutron excess Most stable: Z=45 Z=58 ? Prompt neutrons within 10 -16 s.

491 views • 10 slides