Sample_Shipment_for_Informational_Purposes_Only.xlsx

XLSX spreadsheet 83 KB Posted Jul 26, 2019

Attached to: Low Level Radioactive Waste Disposal IDIQ
Solicitation number: 1333ND19QNB610431
Issued by: Department of Commerce National Institute of Standards and Technology

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SAMPLE SHIPMENT FOR INFORMATIONAL PURPOSES ONLY

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Q&A.docx	DOCX document	Aug 6, 2019
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Submission_Template_Price_List_for_LLRW_Disposal.docx	DOCX document	Jul 26, 2019
NIST_Safety_and_Health_Plan_Guidelines.pdf	PDF	Jul 26, 2019
CSS_Final_Draft.docx	DOCX document	Jul 26, 2019
SOW_Final_Draft.docx	DOCX document	Jul 26, 2019
Provisions_and_Clauses.docx	DOCX document	Jul 26, 2019

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Items to be Shipped

Container Serial Number	Composition	Container	Dose Rate (mR/hr)	Weight (lbs)
MT-001-R	B-25 Bulk Waste	90 Cu Ft Container	12.4	1545	1 - Filters
MT-002-R	B-25 Bulk Waste	90 Cu Ft Container	0.12	2250	6 - Resin
MT-003-L	Lead Bricks	Pallet	0.01	2370	7a - Resin to 1R/hr w/out shielding
MT-004-R	DAW	55 Gal Drum	0.31	80	9 - Glass
MT-005-R	DAW	55 Gal Drum	0.17	85	11 - Bulk Rx Waste
MT-006-R	DAW	55 Gal Drum	0.58	82	12 - Lead encased
MT-007-R	Metal Waste	55 Gal Drum	0.2	550	12b - Lead non-encased
MT-008-R	DAW	55 Gal Drum	1.62	106	13 - Shield Block
MT-009-R	DAW	55 Gal Drum	6.3	98	Other - Requires an individual quote
MT-010-R	DAW	55 Gal Drum	0.33	302
MT-011-R	Metal Waste	55 Gal Drum	0.82	380
MT-012-R	Metal	55 Gal Drum	62	220
MT-013-R	DAW	55 Gal Drum	0.1	270
MT-014-R	LSC Waste (w/Toluene)	55 Gal Drum	0.01	190
MT-015-R	Metal Waste	55 Gal Drum	19.1	385
MT-016-R	Asbestos Waste	55 Gal Drum	0.01	110
MT-017-R	DAW	55 Gal Drum	30	130
MT-018-L	DAW	55 Gal Drum	0.32	83
MT-019-L	DAW	55 Gal Drum	0.17	87
MT-020-L	DAW	55 Gal Drum	0.01	73
MT-021-L	DAW	55 Gal Drum	0.01	76
MT-022-L	DAW	55 Gal Drum	0.12	72
MT-023-L	DAW	55 Gal Drum	0.03	71
MT-024-L	DAW	55 Gal Drum	0.01	74
MT-025-L	LSC Waste (w/Toluene)	55 Gal Drum	0.01	145
MT-026-L	LSC Waste (w/Toluene)	55 Gal Drum	0.03	126
MT-027-L	DAW	55 Gal Drum	3.4	75

Nuclides Present

Container Serial Number	Date assessed	Contents	Isotopes	Activity (µCi)	0
MT-001-R	4/3/18	B-25 Bulk Waste	Cr-51	65.70	0
MT-001-R	4/3/18	B-25 Bulk Waste	Mn-54	7.31	0
MT-001-R	4/3/18	B-25 Bulk Waste	Co-57	2.11	0
MT-001-R	4/3/18	B-25 Bulk Waste	Co-58	4.41	0
MT-001-R	4/3/18	B-25 Bulk Waste	Fe-59	11.70	0
MT-001-R	4/3/18	B-25 Bulk Waste	Fe-55	18.72	0
MT-001-R	4/3/18	B-25 Bulk Waste	Co-60	3330.00	0
MT-001-R	4/3/18	B-25 Bulk Waste	Zn-65	27.90	0
MT-001-R	4/3/18	B-25 Bulk Waste	Ag-110m*	2.34	0
MT-002-R	4/3/18	B-25 Bulk Waste	Co-60	11.30	1
MT-002-R	4/3/18	B-25 Bulk Waste	Zn-65	0.95	1
MT-003-L	4/27/18	Lead Bricks	Co-60	0.44	0
MT-004-R	2/26/18	DAW	Co-60	45.20	1
MT-004-R	2/26/18	DAW	Zn-65	1.73	1
MT-005-R	2/26/18	DAW	Cr-51	6.38	0
MT-005-R	2/26/18	DAW	Mn-54	0.37	0
MT-005-R	2/26/18	DAW	Co-58	0.45	0
MT-005-R	2/26/18	DAW	Fe-59	0.50	0
MT-005-R	2/26/18	DAW	Fe-55	0.80	0
MT-005-R	2/26/18	DAW	Co-60	16.70	0
MT-005-R	2/26/18	DAW	Zn-65	1.12	0
MT-006-R	3/8/16	DAW	Co-60	11.54	1
MT-006-R	3/8/16	DAW	Zn-65	51.31	1
MT-006-R	3/8/16	DAW	Ag-110m*	0.09	1
MT-006-R	3/8/16	DAW	Sb-125	0.58	1
MT-007-R	8/11/16	Metal Waste	Co-60	0.48	0
MT-007-R	8/11/16	Metal Waste	Zn-65	7.35	0
MT-007-R	8/11/16	Metal Waste	Cs-137	0.13	0
MT-008-R	8/16/16	DAW	Co-60	42.97	1
MT-008-R	8/16/16	DAW	Zn-65	10.10	1
MT-008-R	8/16/16	DAW	Sb-122	0.05	1
MT-008-R	8/16/16	DAW	Sb-125	0.46	1
MT-008-R	8/16/16	DAW	Sb-124	0.05	1
MT-008-R	8/16/16	DAW	I-124	0.08	1
MT-009-R	8/16/16	DAW	Cr-51	0.85	0
MT-009-R	8/16/16	DAW	Mn-54	0.05	0
MT-009-R	8/16/16	DAW	Co-60	114.66	0
MT-009-R	8/16/16	DAW	Zn-65	27.91	0
MT-009-R	8/16/16	DAW	Sb-124	0.02	0
MT-009-R	8/16/16	DAW	Sb-125	2.17	0
MT-009-R	8/16/16	DAW	Cs-134	0.25	0
MT-009-R	8/16/16	DAW	Cs-137	0.60	0
MT-010-R	8/17/16	DAW	Cr-51	0.40	1
MT-010-R	8/17/16	DAW	Co-57	0.00	1
MT-010-R	8/17/16	DAW	Co-60	5.06	1
MT-010-R	8/17/16	DAW	Zn-65	1.86	1
MT-010-R	8/17/16	DAW	Cs-137	0.06	1
MT-011-R	8/17/16	Metal Waste	Co-60	11.71	0
MT-011-R	8/17/16	Metal Waste	Zn-65	2.05	0
MT-011-R	8/17/16	Metal Waste	Ag-110m*	0.12	0
MT-011-R	8/17/16	Metal Waste	Cs-137	0.08	0
MT-012-R	3/5/18	Metal	Co-57	0.51	1
MT-012-R	3/5/18	Metal	Co-60	13680.00	1
MT-012-R	3/5/18	Metal	Zn-65	149.20	1
MT-012-R	3/5/18	Metal	Ag-110m*	68.00	1
MT-013-R	4/2/18	DAW	Co-60	11.10	0
MT-013-R	4/2/18	DAW	Zn-65	42.30	0
MT-013-R	4/2/18	DAW	Ag-110m*	0.11	0
MT-014-R	4/25/18	LSC Waste (w/Toluene)	H-3	5510.30	1
MT-014-R	4/25/18	LSC Waste (w/Toluene)	C-14	0.78	1
MT-014-R	4/25/18	LSC Waste (w/Toluene)	Co-60	0.29	1
MT-014-R	4/25/18	LSC Waste (w/Toluene)	Zn-65	0.07	1
MT-015-R	3/1/18	Metal Waste	Sc-46	2.17	0
MT-015-R	3/1/18	Metal Waste	Mn-54	3.02	0
MT-015-R	3/1/18	Metal Waste	Co-57	4.77	0
MT-015-R	3/1/18	Metal Waste	Fe-59	6.31	0
MT-015-R	3/1/18	Metal Waste	Fe-55	10.10	0
MT-015-R	3/1/18	Metal Waste	Co-60	826.00	0
MT-015-R	3/1/18	Metal Waste	Zn-65	236.00	0
MT-015-R	3/1/18	Metal Waste	Ag-108m*	8.35	0
MT-015-R	3/1/18	Metal Waste	Ag-110m*	68.70	0
MT-016-R	4/26/18	Asbestos Waste	Co-60	0.21	1
MT-017-R	3/5/18	DAW	Sc-46	2.28	0
MT-017-R	3/5/18	DAW	Co-57	2.50	0
MT-017-R	3/5/18	DAW	Co-60	969.00	0
MT-017-R	3/5/18	DAW	Zn-65	116.00	0
MT-017-R	3/5/18	DAW	Ag-108m*	3.61	0
MT-017-R	3/5/18	DAW	Sb-122	0.47	0
MT-018-L	2/1/18	DAW	Am-241	10.00	1
MT-018-L	2/1/18	DAW	Bi-214	0.00	1
MT-018-L	2/1/18	DAW	Cs-137	0.07	1
MT-018-L	2/1/18	DAW	Eu-156	0.01	1
MT-018-L	2/1/18	DAW	Ge-68	0.27	1
MT-018-L	2/1/18	DAW	H-3	0.06	1
MT-018-L	2/1/18	DAW	I-129	0.00	1
MT-018-L	2/1/18	DAW	K-40	0.01	1
MT-018-L	2/1/18	DAW	Lu-177	243.24	1
MT-018-L	2/1/18	DAW	Np-237	0.00	1
MT-018-L	2/1/18	DAW	P-32	0.00	1
MT-018-L	2/1/18	DAW	Pa-231	0.00	1
MT-018-L	2/1/18	DAW	Pb-210	0.00	1
MT-018-L	2/1/18	DAW	Pb-212	0.00	1
MT-018-L	2/1/18	DAW	Po-210	0.00	1
MT-018-L	2/1/18	DAW	Pu-238	0.00	1
MT-018-L	2/1/18	DAW	Pu-239	0.00	1
MT-018-L	2/1/18	DAW	Pu-240	0.00	1
MT-018-L	2/1/18	DAW	Ra-226	0.00	1
MT-018-L	2/1/18	DAW	Ra-228	0.00	1
MT-018-L	2/1/18	DAW	Sr-82	81.08	1
MT-018-L	2/1/18	DAW	Sr-90	0.02	1
MT-018-L	2/1/18	DAW	Th-228	0.00	1
MT-018-L	2/1/18	DAW	Th-230	0.00	1
MT-018-L	2/1/18	DAW	Th-232	0.00	1
MT-018-L	2/1/18	DAW	U-234	0.00	1
MT-018-L	2/1/18	DAW	U-238	0.00	1
MT-018-L	2/1/18	DAW	U Nat	0.01	1
MT-019-L	4/10/18	DAW	Am-241	10.00	0
MT-019-L	4/10/18	DAW	Am-243	0.00	0
MT-019-L	4/10/18	DAW	Ba-133	0.20	0
MT-019-L	4/10/18	DAW	Cm-243	0.00	0
MT-019-L	4/10/18	DAW	Co-57	0.40	0
MT-019-L	4/10/18	DAW	Co-60	0.36	0
MT-019-L	4/10/18	DAW	Cs-134	0.01	0
MT-019-L	4/10/18	DAW	Cs-137	0.44	0
MT-019-L	4/10/18	DAW	Eu-152	0.02	0
MT-019-L	4/10/18	DAW	In-111	3648.65	0
MT-019-L	4/10/18	DAW	Mn-54	0.14	0
MT-019-L	4/10/18	DAW	Np-237	0.00	0
MT-019-L	4/10/18	DAW	Pb-210	0.00	0
MT-019-L	4/10/18	DAW	Po-208	0.00	0
MT-019-L	4/10/18	DAW	Po-209	0.00	0
MT-019-L	4/10/18	DAW	Po-210	0.00	0
MT-019-L	4/10/18	DAW	Pu-236	0.00	0
MT-019-L	4/10/18	DAW	Pu-238	0.01	0
MT-019-L	4/10/18	DAW	Pu-239	0.01	0
MT-019-L	4/10/18	DAW	Pu-240	0.00	0
MT-019-L	4/10/18	DAW	Pu-242	0.00	0
MT-019-L	4/10/18	DAW	Ra-226	1.00	0
MT-019-L	4/10/18	DAW	Sr-90	0.00	0
MT-019-L	4/10/18	DAW	Th-228	0.00	0
MT-019-L	4/10/18	DAW	Th-229	0.00	0
MT-019-L	4/10/18	DAW	Th-230	0.00	0
MT-019-L	4/10/18	DAW	Th-232	0.00	0
MT-019-L	4/10/18	DAW	U-232	0.00	0
MT-019-L	4/10/18	DAW	U-234	0.00	0
MT-019-L	4/10/18	DAW	U-238	0.00	0
MT-019-L	4/10/18	DAW	U Nat	0.00	0
MT-019-L	4/10/18	DAW	Zn-65	137.00	0
MT-020-L	2/13/18	DAW	Am-241	10.00	1
MT-020-L	2/13/18	DAW	Pa-231	0.00	1
MT-020-L	2/13/18	DAW	Pa-233	0.01	1
MT-020-L	2/13/18	DAW	U Nat	0.00	1
MT-021-L	2/13/18	DAW	Am-241	20.00	0
MT-021-L	2/13/18	DAW	Co-58	0.04	0
MT-021-L	2/13/18	DAW	Co-60	0.11	0
MT-021-L	2/13/18	DAW	Zn-65	0.11	0
MT-022-L	3/6/18	DAW	Am-241	40.00	1
MT-022-L	3/6/18	DAW	Ge-68	4.11	1
MT-022-L	3/6/18	DAW	I-129	307.30	1
MT-022-L	3/6/18	DAW	Pa-231	0.54	1
MT-022-L	3/6/18	DAW	Ra-223	0.68	1
MT-022-L	3/6/18	DAW	Sr-89	0.27	1
MT-022-L	3/6/18	DAW	Tl-204	2.70	1
MT-023-L	2/13/18	DAW	Am-241	30.00	0
MT-023-L	2/13/18	DAW	Co-60	0.10	0
MT-023-L	2/13/18	DAW	Mn-54	0.17	0
MT-023-L	2/13/18	DAW	Ir-192	0.02	0
MT-024-L	2/13/18	DAW	Am-241	20.00	1
MT-024-L	2/13/18	DAW	Co-60	0.15	1
MT-024-L	2/13/18	DAW	Zn-65	0.13	1
MT-024-L	3/20/18	DAW	Am-241	30.00	0
MT-024-L	3/20/18	DAW	Co-60	0.44	0
MT-024-L	3/20/18	DAW	Zn-65	0.50	0
MT-024-L	3/20/18	DAW	Kr-85	0.01	0
MT-024-L	3/20/18	DAW	Pu-241	0.00	0
MT-024-L	3/20/18	DAW	Ra-226	10.00	0
MT-025-L	2/1/18	LSC Waste (w/Toluene)	C-14	2.22	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	Cm-244	0.95	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	Co-57	0.00	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	Co-60	0.20	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	Zn-65	0.21	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	F-18	0.00	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	H-3	20.57	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	I-124	0.00	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	Mn-54	0.16	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	Ni-63	0.16	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	Np-237	0.70	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	Pb-210	0.05	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	Pu-241	3.24	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	Ra-223	405.41	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	Rn-222	0.54	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	Sr-90	0.14	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	Tc-99	0.54	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	Tl-204	1.35	1
MT-025-L	2/1/18	LSC Waste (w/Toluene)	Y-90	27.03	1
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Am-241	4.32	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Am-243	1.57	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	At-211	1.22	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Co-57	0.02	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Co-60	0.32	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Cu-64	8.11	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	F-18	0.00	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Fe-55	0.30	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Ge-68	5.62	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	H-3	11.24	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	I-124	0.00	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	I-129	1.68	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Mn-54	6.24	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Ni-63	2.43	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Pd-103	1.35	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Po-209	0.27	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	S-35	0.00	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Sr-89	0.16	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Sr-90	2.22	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Tc-99	3.51	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Y-88	2.55	0
MT-026-L	1/1/18	LSC Waste (w/Toluene)	Y-90	621621.70	0
MT-027-L	3/28/18	DAW	Am-241	0.05	1
MT-027-L	3/28/18	DAW	Co-57	0.00	1
MT-027-L	3/28/18	DAW	Co-60	224.00	1
MT-027-L	3/28/18	DAW	Cs-137	3.03	1
MT-027-L	3/28/18	DAW	I-131	1.35	1
MT-027-L	3/28/18	DAW	Pu-238	0.00	1
MT-027-L	3/28/18	DAW	Pu-239	0.00	1
MT-027-L	3/28/18	DAW	Pu-241	0.00	1
MT-027-L	3/28/18	DAW	Pu-242	0.00	1
MT-027-L	3/28/18	DAW	U Nat	0.00	1
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					ERROR:#REF!

Nuclide Data Sheet

Nuclide	Z of nuclide	Half-Life	Half-Life Units	Half-Life Days	Isomer	%IT	Comments
Ag-106	47	24	m	1.67E-02			IAEA156, fission averaged
Ag-106ms	47	8.5	d	8.50E+00			IAEA156, fission averaged
Ag-108	47	2.41	m	1.67E-03	g
Ag-108m*	47	127	y	4.64E+04	m*	8.5
Ag-110	47	24.6	s	2.85E-04	g
Ag-110m*	47	250.4	d	2.50E+02	m*	1.5
Ag-111	47	7.47	d	7.47E+00
Al-28	13	2.246	m	1.56E-03
Al-29	13	6.5	m	4.51E-03			IAEA156, fission averaged
Am-241	95	4.33E+02	y	1.58E+05
Am-243	95	7.39E+03	y	2.70E+06
Ar-37	18	34.8	d	3.48E+01
Ar-39	18	269	y	9.83E+04
Ar-41	18	1.83	h	7.63E-02
Ar-42	18	33	y	1.21E+04
As-74	33	17.78	d	1.78E+01			IAEA156, fission averaged
As-76	33	26.4	h	1.10E+00
As-77	33	38.8	h	1.62E+00
Au-196	79	6.18	d	6.18E+00			IAEA156, fission averaged
Au-197m	79	7.8	s	9.03E-05			IAEA156, fission averaged
Au-198	79	2.7	d	2.70E+00
Au-199	79	3.15	d	3.15E+00			*** produced from a radioactive parent
B-12	5	0.0203	s	2.35E-07
Ba-131m+	56	14.5	m	1.01E-02	m+	100
Ba-131s	56	11.6	d	1.16E+01	gs		s for 15m isomer added to ground state
Ba-133	56	10.5	y	3.84E+03	g		s for 39h isomer added to ground state
Ba-133m+	56	39	h	1.63E+00	m+	99
Ba-135m	56	29	h	1.21E+00	m	100
Ba-136m	56	0.32	s	3.70E-06	m	100
Ba-137m	56	2.6	m	1.81E-03	m	100
Ba-139	56	83.3	m	5.78E-02
Ba-140	56	12.76	d	1.28E+01
Be-10	4	1.6E+06	y	5.84E+08
Bi-207	83	3.3E+01	y	1.07E+04
Bi-210ms	83	3.5E+06	y	1.28E+09	ms	0
Bi-210t	83	5.01	d	5.01E+00	t
Bi-211	83	2.14	m	1.49E-03			alpha emitter with a decay series
Bi-214	83	19.9	m	1.38E-02
Br-80	35	18	m	1.25E-02	g
Br-80m*	35	4.42	h	1.84E-01	m*	100
Br-82	35	35.34	h	1.47E+00	g		s for 6m isomer added to ground state
Br-82m+	35	6.1	m	4.24E-03	m+	97.6
Br-83	35	2.39	h	9.96E-02
C-11	6	20.3	m	1.41E-02			IAEA156
C-14	6	5736	y	2.10E+06
Ca-41	20	130000	y	4.75E+07
Ca-45	20	165	d	1.65E+02
Ca-47	20	5E+00	d	4.54E+00
Ca-47*	20	4.54	d	4.54E+00	*
Ca-49t	20	8.72	m	6.06E-03	t
Cd-107	48	6.5	h	2.71E-01
Cd-109	48	453	d	4.53E+02
Cd-111m	48	49	m	3.40E-02	m	100
Cd-113	48	9E+15	y	3.29E+18	g		assigned m+g barns to both states
Cd-113m	48	14.6	y	5.33E+03	m	0.1	assigned m+g barns to both states
Cd-115m	48	44.56	d	4.46E+01
Cd-115ms	48	44.8	d	4.48E+01	ms	0
Cd-115s	48	53.38	h	2.22E+00	gs
Cd-117ms	48	3.31	h	1.38E-01	ms	0
Cd-117s	48	2.42	h	1.01E-01	gs
Ce-137m*	58	34.4	h	1.43E+00	m*	99.2
Ce-137t	58	9	h	3.75E-01	t		m+g resonance s used for Ce-137 resonance
Ce-139	58	137.2	d	1.37E+02	g		s for 55s isomer added to ground state
Ce-139m+	58	55	s	6.37E-04	m+	100
Ce-141	58	32.5	d	3.25E+01
Ce-143t	58	33	h	1.38E+00	t
Ce-144s	58	284.4	d	2.84E+02
Cl-36	17	3E+05	y	1.10E+08
Cl-38	17	37.18	m	2.58E-02	g		s for 1s isomer added to ground state
Cl-38m+	17	1	s	1.16E-05	m+	100
Cm-243	96	29.11	y	1.06E+04
Cm-244	96	1.81E+01	y	6.61E+03
Co-57	27	271.79	d	2.72E+02
Co-58	27	70.8	d	7.08E+01			IAEA156, fission averaged
Co-58m+	27	9.1	h	3.79E-01			IAEA156, fission averaged
Co-60	27	5.272	y	1.93E+03	g		s for 10m isomer added to ground state
Co-60m+	27	10.5	m	7.29E-03	m+	99.7
Co-61	27	1.65	h	6.88E-02			Co-61 prod from Co-60m only
Cr-49	24	42.1	m	2.92E-02			IAEA156, fission averaged
Cr-51	24	27.7	d	2.77E+01
Cr-55	24	3.6	m	2.50E-03
Cs-132	55	6.47	d	6.47E+00			IAEA156, fission averaged
Cs-134	55	2.05	y	7.49E+02	g		s for 3h isomer added to ground state
Cs-134m+	55	2.89	h	1.20E-01	m+	100
Cs-135	55	3000000	y	1.10E+09
Cs-136	55	13.1	d	1.31E+01			IAEA156, fission averaged
Cs-137	55	30.17	y	1.10E+04			produced via Cs-136
Cs-137s	55	30.17	y	1.10E+04			burnup not calculated.
Cu-62	29	9.74	m	6.76E-03			IAEA156, fission averaged
Cu-64	29	12.7	h	5.29E-01
Cu-66	29	5.1	m	3.54E-03
Cu-67	29	61.9	h	2.58E+00
Dy-157t	66	8.1	h	3.38E-01	t
Dy-159	66	144	d	1.44E+02
Dy-165	66	2.35	h	9.79E-02	g
Dy-165m	66	1.15	m	7.99E-04	m	97.7
Dy-166	66	81.6	h	3.40E+00
Er-163t	68	75.1	m	5.22E-02	t
Er-165	68	10.34	h	4.31E-01
Er-167m	68	2.35	s	2.72E-05	m	100
Er-169	68	9.6	d	9.60E+00
Er-171t	68	7.52	h	3.13E-01	t
Er-172*	68	49.3	h	2.05E+00
Eu-152	63	13.5461	y	4.95E+03
Eu-152m1	63	9.3	h	3.88E-01	m1	0	s for 96m isomer added to ground state
Eu-152m2+	63	96	m	6.67E-02	m2+	100
Eu-152t	63	12.7	y	4.64E+03	t	0
Eu-154	63	8.5	y	3.10E+03
Eu-155	63	4.73	y	1.73E+03
Eu-156	63	15.19	d	1.52E+01
F-18	9	109.8	m	7.63E-02
F-20	9	11	s	1.27E-04
Fe-53	26	8.51	m	5.91E-03			IAEA156, fission averaged
Fe-55	26	2.7	y	9.86E+02
Fe-59	26	44.6	d	4.46E+01			IAEA156, fission averaged
Ga-67	31	3.26	d	3.26E+00
Ga-68	31	1.1286	h	4.70E-02
Ga-70	31	21.1	m	1.47E-02
Ga-72	31	14.1	h	5.88E-01	g		s for 36ms isomer added to ground state
Ga-72m+	31	0.036	s	4.17E-07	m+	100
Ga-73	31	4.87	h	2.03E-01
Gd-152	64	110000000000000	y	4.02E+16			from Eu-152m1. Burnup not calculated
Gd-153	64	242	d	2.42E+02
Gd-159	64	18	h	7.50E-01
Gd-161t	64	3.7	m	2.57E-03	t
Ge-68	32	270.95	d	2.71E+02
Ge-69	32	39.1	h	1.63E+00			IAEA156, fission averaged
Ge-71	32	11.2	d	1.12E+01	g		s for 20ms isomer added to ground state
Ge-71m+	32	0.02	s	2.31E-07	m+	100
Ge-73m	32	0.53	s	6.13E-06	m	100	assigned m+g barns to m state. g is stable
Ge-75	32	83	m	5.76E-02			IAEA156, fission averaged
Ge-75m+	32	48	s	5.56E-04	m+	99
Ge-77	32	11.3	h	4.71E-01	g		s for 54s isomer added to ground state
Ge-77m+	32	54	s	6.25E-04	m+	19.8
Ge-78s	32	1.45	h	6.04E-02
H-3	1	12.346	y	4.51E+03
He-6	2	0.805	s	9.32E-06			IAEA156
Hf-175	72	70	d	7.00E+01
Hf-178m	72	4.3	s	4.98E-05	m	100
Hf-179m1	72	18.6	s	2.15E-04	m1	100
Hf-179m2	72	25.1	d	2.51E+01	m2	100	nominal 10 b assigned, with error tolerance of m+g total
Hf-180m	72	5.5	h	2.29E-01	m	100
Hf-181	72	42.5	d	4.25E+01
Hf-182s	72	9000000	y	3.29E+09
Hg-197	80	65	h	2.71E+00	g
Hg-197m*	80	24	h	1.00E+00	m*	93.5
Hg-199m	80	43	m	2.99E-02	m	100
Hg-203	80	46.9	d	4.69E+01
Hg-205	80	5.5	m	3.82E-03
Ho-163	67	10	y	3.65E+03
Ho-166	67	27.2	h	1.13E+00	g
Ho-166m	67	1200	y	4.38E+05	m	0
I-123	53	13.2235	h	5.51E-01
I-124	53	4.18	d	4.18E+00
I-125	53	59.9	d	5.99E+01			burnup not calculated
I-126	53	13	d	1.30E+01			IAEA156, fission averaged
I-128	53	24.99	m	1.74E-02
I-129	53	16000000	y	5.84E+09			use g s, m is a minor contributor. Burnup not calculated
I-130	53	12.36	h	5.15E-01			IAEA156, fission averaged
I-131	53	8.04	d	8.04E+00			produced via I-130
In-111	49	2.80E+00	d	2.80E+00
In-114	49	71.9	s	8.32E-04	g
In-114m1*	49	49.5	d	4.95E+01	m1*		s for 42ms isomer added to m1 state, also m1 is in secular equil w/g state
In-114m2+	49	0.042	s	4.86E-07	m2+	100
In-115m	49	4.36	h	1.82E-01	m		NBSIR 85-3151
In-116	49	14	s	1.62E-04	g
In-116m1	49	54	m	3.75E-02	m1		s for 2s isomer added to m1 state
In-116m2+	49	2.2	s	2.55E-05	m2+	100
Ir-192	77	74.2	d	7.42E+01	g		s for 1.4m isomer added to ground state, not m2 isomer
Ir-192m1+	77	1.4	m	9.72E-04	m1+	99
Ir-192m2*	77	241	y	8.80E+04	m2*	100
Ir-193m	77	10.6	d	1.06E+01	m		Brookhaven database
Ir-194	77	19	h	7.92E-01	g
Ir-194m	77	171	d	1.71E+02	m	0
K-40	19	1E+09	y	4.75E+11			IAEA273, thermal only
K-42	19	12.36	h	5.15E-01
K-43	19	22.3	h	9.29E-01			IAEA156, fission averaged
Kr-79	36	34.9	h	1.45E+00	g		s for 50s isomer added to ground state
Kr-79m+	36	50	s	5.79E-04	m+	100
Kr-81	36	210000	y	7.67E+07	g		s for 13s isomer added to ground state
Kr-81m+	36	13.3	s	1.54E-04	m+	100
Kr-83m	36	1.83	h	7.63E-02	m	100
Kr-85	36	10.76	y	3.93E+03	g		21% of s for 4.4h isomer added to ground state
Kr-85m+	36	4.48	h	1.87E-01	m+	21.2
Kr-87	36	76.3	m	5.30E-02			IAEA273: max burnup cross-sections
Kr-88	36	2.84	h	1.18E-01
La-137	57	60000	y	2.19E+07
La-140	57	40.22	h	1.68E+00			IAEA156, fission averaged
La-141*	57	3.93	h	1.64E-01			produced via La-140
Li-8	3	0.844	s	9.77E-06			IAEA156
Lu-176	71	33000000000	y	1.21E+13	g
Lu-176m	71	3.69	h	1.54E-01	m	0
Lu-177	71	6.74	d	6.74E+00
Lu-177m*	71	115	d	1.15E+02	m2*		note:Lu-176 is radioactive
Lu-178	71	28.5	m	1.98E-02			IAEA156, fission averaged
Mg-27	12	9.458	m	6.57E-03			IAEA156, fission averaged
Mg-28	12	21	h	8.75E-01
Mn-54	25	312.7	d	3.13E+02			from NBSIR 85-3151
Mn-56	25	2.58	h	1.08E-01			IAEA156, fission averaged
Mo-101s	42	14.6	m	1.01E-02	s		daughter is = t1/2, only quasi-equilibrium
Mo-90	42	5.56	h	2.32E-01
Mo-93	42	3500	y	1.28E+06	g		assigned m+g barns to both states
Mo-93m+	42	6.9	h	2.88E-01	m+	99.8	assigned m+g barns to both states
Mo-99	42	2.7477	d	2.75E+00
Mo-99st	42	66	h	2.75E+00	st
N-16	7	7.14	s	8.26E-05			IAEA156
N-17	7	4.17	s	4.83E-05			IAEA156
Na-22	11	2.602	y	9.50E+02			IAEA156, fission averaged
Na-24	11	15.03	h	6.26E-01			from NBSIR 85-3151, IAEA 156
Na-24m+	11	0.02	s	2.31E-07	m+
Na-25	11	59.3	s	6.86E-04			IAEA156
Nb-92	41	37000000	y	1.35E+10			IAEA156, fission averaged
Nb-92mt	41	10.13	d	1.01E+01			IAEA156, fission averaged
Nb-93m	41	14.6	y	5.33E+03	m		NBSIR 85-3151
Nb-94	41	20000	y	7.31E+06	g		assigned m+g barns to both states
Nb-94m+	41	6.2	m	4.31E-03	m+	99.5	assigned m+g barns to both states
Nb-95	41	34.98	d	3.50E+01			IAEA156, fission averaged
Nb-96	41	23.4	h	9.75E-01			produced via Nb-95
Nd-147t	60	11.06	d	1.11E+01	t
Nd-149t	60	1.8	h	7.50E-02	t
Nd-151t	60	12	m	8.33E-03	t		goes to Pm-151(24m), then Sm-151(90y).
Ne-23	10	37.2	s	4.31E-04			IAEA156
Ni-57	28	36.1	h	1.50E+00			IAEA156, fission averaged
Ni-59	28	75000	y	2.74E+07
Ni-63	28	100	y	3.65E+04
Ni-65	28	2.52	h	1.05E-01			IAEA156, fission averaged
Ni-66s	28	54.8	h	2.28E+00			produced via Ni-65
None				0.00E+00
Np-237	93	2.15E+06	y	7.84E+08
O-15	8	122	s	1.41E-03			IAEA156
O-19	8	26.9	s	3.11E-04			IAEA156
Os-185	76	93.6	d	9.36E+01
Os-189m	76	5.7	h	2.38E-01	m	100	assigned m+g barns to m state. g is stable
Os-190m	76	10	m	6.94E-03	m	100
Os-191	76	15	d	1.50E+01	g		s for 15h isomer added to ground state
Os-191m+	76	15	h	6.25E-01	m+	100
Os-193	76	31.5	h	1.31E+00
Os-194s	76	6	y	2.19E+03
P-32	15	14.3	d	1.43E+01			iaea273, thermal only
P-33	15	25.3	d	2.53E+01			dummy entry, a guess
P-34	15	12.4	s	1.44E-04			IAEA156, fission averaged
Pb-203	82	51.88	h	2.16E+00			IAEA156, fission averaged
Pb-204m	82	66.9	m	4.65E-02			IAEA156, fission averaged
Pb-205	82	1.4E+07	y	5.11E+09
Pb-208	82	3.05	m	2.12E-03
Pb-209	82	3.3	h	1.38E-01
Pb-210	82	22.23	y	8.12E+03
Pb-214	82	26.8	m	1.86E-02
Pd-103	46	17	d	1.70E+01
Pd-107	46	6.5E+06	y	2.37E+09	g		s for 21s isomer added to ground state
Pd-107m+	46	21.3	s	2.47E-04	m+	100
Pd-109	46	13.46	h	5.61E-01			IAEA156, fission averaged
Pd-109m+	46	4.69	m	3.26E-03	m+	100
Pd-111m*	46	5.5	h	2.29E-01	m*	71
Pd-111t	46	22	m	1.53E-02	t
Pm-145	61	17.7	y	6.46E+03
Pm-147	61	2.6234	y	9.58E+02			burnup not calculated
Pm-149	61	53.1	h	2.21E+00			burnup not calculated
Pm-151	61	28.4	h	1.18E+00
Po-208	84	2.898	y	1.03E+03
Po-209	84	102.1	y	3.73E+04
Po-210	84	138.38	d	1.38E+02
Pr-142	59	19.2	h	8.00E-01	g		s for 15m isomer added to ground state
Pr-142m+	59	14.6	m	1.01E-02	m+
Pr-143	59	13.58	d	1.36E+01
Pt-191	78	3	d	3.00E+00
Pt-193	78	50	y	1.83E+04	g		assign <value for m+g to g state
Pt-193m	78	4.4	d	4.40E+00	m	100
Pt-195m	78	4.1	d	4.10E+00	m	100
Pt-197	78	18	h	7.50E-01	g		assigned m+g to g. m value very small
Pt-197m+	78	1.5	h	6.25E-02	m+	96.7
Pt-199m+	78	14	s	1.62E-04	m+	100
Pt-199t	78	31	m	2.15E-02	t		s for 14s isomer added to ground state, not m2 isomer
Pt-200s	78	12.6	h	5.25E-01
Pu-238	96	7.93E+07	y	2.90E+10
Pu-239	96	2.41E+04	y	8.81E+06
Pu-240	96	6.57E+03	y	2.40E+06
Pu-241	94	1.44E+01	y	5.24E+03
Pu-242	94	3.74E+05	y	1.37E+08
Ra-223	88	11.431	d	1.14E+01
Ra-226	88	1.59E+03	y	5.81E+05
Ra-228	88	5.74E+00	y	2.10E+03
Rb-84	37	32.9	d	3.29E+01			IAEA156, fission averaged
Rb-86	37	18.7	d	1.87E+01	g		s for 1m isomer added to ground state
Rb-86m+	37	1.02	m	7.08E-04	m+	100
Rb-88	37	17.8	m	1.24E-02
Rb-89*	37	15.2	m	1.06E-02			decays to Sr-89 (not calculated)
Re-184	75	38	d	3.80E+01			IAEA156, fission averaged
Re-184ms	75	165	d	1.65E+02			IAEA156, fission averaged
Re-186	75	88.9	h	3.70E+00
Re-188	75	16.7	h	6.96E-01	g		s for 19m isomer added to ground state
Re-188m+	75	18.7	m	1.30E-02	m+	100
Rh-103m	45	56.12	m	3.90E-02			IAEA156, fission averaged
Rh-104	45	42	s	4.86E-04	g
Rh-104m	45	4.4	m	3.06E-03	m	99.8
Rh-105	45	35.4	h	1.48E+00
Ru-103	45	39.35	d	3.94E+01			IAEA156, fission averaged
Ru-105t	45	4.44	h	1.85E-01	t		Ru106 2n product not calculated
Ru-97t	44	2.9	d	2.90E+00	t
S-35	16	87.2	d	8.72E+01			iaea273, thermal only
S-37	16	5.05	m	3.51E-03			IAEA156, fission averaged
Sb-122	51	2.7	d	2.70E+00	g		s for 4m isomer added to ground state
Sb-122m+	51	4.2	m	2.92E-03	m+	100
Sb-124	51	60.3	d	6.03E+01	g		80% of s for both isomer added to ground state
Sb-124m1+	51	1.6	m	1.11E-03	m1+	80
Sb-124m2*	51	20	m	1.39E-02	m2*	100
Sb-125	51	2.76	y	1.01E+03
Sc-46	21	84	d	8.40E+01	g		s for 19s isomer added to ground state
Sc-46m+	21	18.7	s	2.16E-04	m+	100
Sc-47	21	3.34	d	3.34E+00	g
Sc-48	21	43.67	h	1.82E+00			from NBSIR 85-3151
Sc-49	21	57.3	m	3.98E-02
Se-75	34	120	d	1.20E+02
Se-77m	34	17.5	s	2.03E-04	m	100
Se-79	34	65000	y	2.37E+07	g		s for 4m isomer added to ground state
Se-79m	34	3.9	m	2.71E-03			IAEA156, fission averaged [max. cross-section]
Se-79m+	34	3.9	m	2.71E-03	m+	100
Se-81	34	18	m	1.25E-02	g
Se-81m*	34	57.3	m	3.98E-02			IAEA156, fission averaged
Se-83m+	34	69	s	7.99E-04	m+	0
Se-83t	34	22.4	m	1.56E-02	t		s for 69s isomer added to ground state
Si-31	14	2.62	h	1.09E-01			IAEA156, fission averaged
Si-32	14	100	y	3.65E+04			produced via P(n,p) then Si-31 (n,g)
Sm-145t	62	340	d	3.40E+02	t
Sm-151	62	90	y	3.29E+04			calc ignores intermediate 24m Pm-151. Burnup not calculated
Sm-153	62	46.8	h	1.95E+00
Sm-155	62	23.5	m	1.63E-02
Sn-113	50	115	d	1.15E+02	g		91% of s for 20m isomer added to ground state
Sn-113m+	50	20	m	1.39E-02	m+	91
Sn-117m	50	14	d	1.40E+01	m	100
Sn-119m	50	245	d	2.45E+02	m	100
Sn-121	50	27	h	1.13E+00	g
Sn-121m	50	55	y	2.01E+04	m	0
Sn-123	50	129.2	d	1.29E+02	g
Sn-123m	50	40.1	m	2.78E-02	m	0
Sn-125m	50	9.5	m	6.60E-03	m	0
Sn-125t	50	9.64	d	9.64E+00	t
Sn-126	50	100000	y	3.65E+07		0
Sr-82	38	25.359	d	2.54E+01
Sr-85	38	64.9	d	6.49E+01	g		87% of s for 67m isomer added to ground state
Sr-85m+	38	67.7	m	4.70E-02	m+	87
Sr-87m	38	2.81	h	1.17E-01	m	99.7
Sr-89	38	50.5	d	5.05E+01			IAEA273 value (.058) is in error, should be .0058
Sr-90	38	29	y	1.06E+04
Sr-90s	38	29	y	1.06E+04			produced via Sr-89
Ta-182	73	115.1	d	1.15E+02	g		s for 17m isomer added to ground state
Ta-182m+	73	16.5	m	1.15E-02	m+	100
Ta-183	73	5.1	d	5.10E+00
Tb-157	65	150	y	5.48E+04
Tb-160	65	72.1	d	7.21E+01
Tb-161	65	6.91	d	6.91E+00			burnup not calculated
Tc-97	43	2600000	y	9.50E+08
Tc-99	43	210000	y	7.67E+07			2n addition results in 16 sec product. Burnup not calculated.
Tc-99m+	43	6	h	2.50E-01	m+	99
Te-121	52	16.8	d	1.68E+01	g
Te-121m*	52	154	d	1.54E+02	m*	90.2
Te-123	52	12000000000000	y	4.38E+15	g
Te-123m*	52	119.7	d	1.20E+02	m*	100
Te-125m	52	58	d	5.80E+01	m	100
Te-127	52	9.5	h	3.96E-01			IAEA156, fission averaged
Te-127m*	52	109	d	1.09E+02			IAEA156, fission averaged
Te-129ms	52	33.6	d	3.36E+01	ms	63.4
Te-129t	52	69.6	m	4.83E-02	t
Te-131m	52	30	h	1.25E+00	m	18
Te-131t	52	25	m	1.74E-02	t		2n prod calculated for both isomer and ground state since the larger producer is time dependent
Te-132	52	78.2	h	3.26E+00
Th Nat	90	1.41E+10	y	5.14E+12
Th-228	90	1.91E+00	y	6.98E+02
Th-229	90	7357	y	2.69E+06
Th-230	90	75438	y	2.76E+07
Th-232	90	1.41E+10	y	5.14E+12
Ti-45	22	3.078	h	1.28E-01			IAEA156, fission averaged
Ti-51	22	5.8	m	4.03E-03
Tl-201	81	72.912	h	3.04E+00
Tl-202	81	12.23	d	1.22E+01			IAEA156, fission averaged
Tl-204	81	3.78	y	1.38E+03
Tl-206	81	4.19	m	2.91E-03
Tm-170	69	130	d	1.30E+02	g		assigned m+g s, m is 4us
Tm-171	69	1.92	y	7.01E+02			burnup not calculated.
U Nat	90	4.47E+09	y	1.63E+12
U-232	92	68.81	y	2.51E+04
U-233	92	1.59E+05	y	5.81E+07
U-234	92	2.46E+05	y	8.97E+07
U-235	92	7.04E+08	y	2.57E+11
U-236	92	2.34E+07	y	8.56E+09
U-238	92	4.47E+09	y	1.63E+12
V-52	23	3.75	m	2.60E-03			IAEA156, fission averaged
V-53	23	1.61	m	1.12E-03			IAEA156, fission averaged
W-181	74	121	d	1.21E+02
W-185	74	75	d	7.50E+01	g		s for 2m isomer added to ground state
W-185m+	74	1.62	m	1.13E-03	m+	100
W-187	74	23.9	h	9.96E-01
W-188	74	69.4	d	6.94E+01
Xe-125m+	54	55	s	6.37E-04	m+	100
Xe-125t	54	16.8	h	7.00E-01	t		s for 55s isomer added to ground state
Xe-127	54	36.41	d	3.64E+01	g		s for 75s isomer added to ground state
Xe-127m+	54	75	s	8.68E-04	m+	100
Xe-129m	54	8.9	d	8.90E+00	m	100
Xe-131	53	0	d	0.00E+00
Xe-131m	54	11.8	d	1.18E+01	m	100
Xe-133	54	5.72	d	5.72E+00	g		s for 2d isomer added to ground state
Xe-133m+	54	2.26	d	2.26E+00	m+	100
Xe-135	54	9.14	h	3.81E-01			IAEA156, fission averaged
Xe-135m+	54	15.6	m	1.08E-02	m+	99
Xe-137t	54	3.9	m	2.71E-03	t
Y-88	39	106.61	d	1.07E+02			IAEA156, fission averaged
Y-89m	39	15.7	s	1.82E-04			IAEA156, fission averaged
Y-90	39	64.1	h	2.67E+00			IAEA156, fission averaged
Y-90m+	39	3.19	h	1.33E-01	m+	99
Y-91	39	58.5	d	5.85E+01
Yb-169	70	31.8	d	3.18E+01	g		assigned m+g barns to both states
Yb-169m+	70	46	s	5.32E-04	m+	100	assigned m+g barns to both states
Yb-175	70	4.2	d	4.20E+00	g		s for 67ms isomer added to ground state
Yb-175m+	70	0.067	s	7.75E-07	m+	100
Yb-177m+	70	6.5	s	7.52E-05	m+	100	assigned m+g barns to both states
Yb-177t	70	1.9	h	7.92E-02	t		assigned m+g barns to both states
Zn-65	30	265	d	2.65E+02
Zn-69	30	56	m	3.89E-02	g
Zn-69ms	30	13.8	h	5.75E-01			IAEA156, fission averaged
Zn-71	30	2.4	m	1.67E-03	g
Zn-71m	30	3.9	h	1.63E-01	m	0
Zn-71ms	30	3.9	h	1.63E-01			IAEA156, fission averaged
Zr-89	40	78.4	h	3.27E+00			IAEA156, fission averaged
Zr-93	40	1.5E+06	y	5.48E+08
Zr-95	40	64	d	6.40E+01			IAEA156, fission averaged
Zr-95s	40	64	d	6.40E+01	s
Zr-97s	40	16.8	h	7.00E-01	s		2n addition results in 2 nuclides with t1/2's of <30 sec
				0.00E+00

File details come from the government source that posted it.