Thermal Neutron Capture γ's — Eγ=10000-11000 keV

(Click on a nuclide to obtain a list of gammas for that target)
Eγ (keV)		ΔEγ (keV)		Iγ/Iγ(max) (%)		Δ(Iγ/Iγ(max))		Target Nucleus		Strongest 3 γ's (keV)
10031.50		1.60		1.36		0.69		75Se		559.1, 8724.4, 657.0
10044.10		1.20		4.09		0.97		57Fe		810.5, 863.6, 867.5
10054.14		0.07		18.42		0.50		59Ni		1332.5, 11386.5, 952.3
10061.90		0.50		0.20		0.03		14N		5269.2, 5297.8, 5533.4
10100.50		0.40		0.13		0.02		25Mg		1808.7, 1129.6, 3831.5
10200.60		0.60		0.53		0.07		29Si		2235.2, 6743.2, 3864.9
10496.90		0.30		1.03		0.11		77Se		613.7, 694.9, 1308.6
10594.50		2.50		15.91		8.42		75Se		559.1, 8724.4, 657.0
10594.60		0.70		4.87		1.75		61Ni		1172.8, 875.6, 2301.4
10607.27		0.15		14.76		0.72		29Si		2235.2, 6743.2, 3864.9
10641.92		0.12		1.79		0.13		47Ti		983.5, 1312.1, 1437.5
10697.80		1.70		0.03		0.00		14N		5269.2, 5297.8, 5533.4
10829.11		0.06		47.89		2.07		14N		5269.2, 5297.8, 5533.4
Eγ=9000-10000 By Eγ Eγ=11000-12000