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IAEA国际原子能机构（International Atomic Energy Agency -- IAEA）是一个同联合国建立关系，并由世界各国政府在原子能领域进行科学技术合作的机构, 国际原子能机构是世界上最大的矩阵的参考材料，其特征为放射性核素的供应商。某些同位素比值的国际原子能机构的参考材料是国际计量标准的最高计量标准。
Name
Description
Qty
Analyte
2H and 18O in water samples
VSMOW2
RM8535a Vienna Standard Mean Ocean Water 2
20ml
δ18O=0 ‰, δ2H=0 ‰
VSMOW
Vienna Standard Mean Ocean Water
5ml
δ18O=0 ‰, δ2H=0 ‰
SLAP2
RM8537 Water Standard Light Antarctic Precipitation 2
20ml
δ18O=-55.5‰, δ2H=-427.5‰
GISP
RM8536 Water Greenland Ice Sheet Precipitation
20ml
δ18O=-24.76‰, δ2H=-189.5‰
USGS45
Biscayne Aquifer Drinking Water
144×4ml
δ2H = -10.3 ‰, δ18O = -2.238 ‰
USGS45
Biscayne Aquifer Drinking Water per ampoule
144×5ml
δ2H = -10.3 ‰, δ18O = -2.238 ‰
USGS46
Ice Core Water per ampoule
144×4ml
δ2H = -235.8 ‰, δ18O = -29.80 ‰
USGS46
Ice Core Water per ampoule
144×5ml
δ2H = -235.8 ‰, δ18O = -29.80 ‰
USGS47
Lake Louise Drinking Water per ampoule
144×5ml
δ2H = -150.2 ‰, δ18O = -19.80 ‰
USGS48
Puerto Rico Precipitation per ampoule
144×5ml
δ2H = -2.0 ‰, δ18O = -2.224 ‰
USGS49
Antarctic Ice-core Water per ampoule
144×5ml
δ2H = -394.7 ‰,δ18O = -50.55 ‰
USGS50
Lake Kyoga Water per ampoule
144×5ml
δ2H = +32.8 ‰,δ18O = +4.95 ‰
USGS53
Lake Shala Distilled Water per ampoule
32×5ml
δ2H = +40.2 ‰,δ18O = +5.47 ‰
GFLES-1
water enriched in 2H
5ml
δ2H = +80.1 ‰,δ18O = -6.25 ‰,δ17O = -3.3 ‰
GFLES-2
water enriched in 2H
5ml
δ2H = +159.9 ‰,δ18O = -6.21 ‰,δ17O = -3.3 ‰
GFLES-3
water enriched in 2H
5ml
δ2H = +280.2 ‰,δ18O = -6.14 ‰,δ17O = -3.3 ‰
GFLES-4
water enriched in 2H
5ml
δ2H = +399.8 ‰,δ18O = -6.08 ‰,δ17O = -3.3 ‰
Materials with known 2H, 13C, 15N and 18O isotopic composition
NBS22
RM8539 Oil
1ml
δ13C=-30.031‰VPDB, δ2H=-120‰VSMOW
NBS28
RM8546 Quarz Sand
0.4g
δ18O=9.6‰VSMOW1, δ30Si=0‰
USGS24
Graphite
0.8g
δ13C=-16.049‰VPDB
USGS40
L-glutamic acid
1g
δ13C=-26.389‰VPDB, δ15N=-4.5‰air N2
USGS41
L-glutamic acid
0.5g
δ13C=37.626‰VPDB, δ15N=47.6‰air N2
USGS42
Tibetan human hair powder (< 100 mesh)
0.5 g
δ2H = -78.5 ‰, δ18O = +8.56 ‰, δ15N = +8.05 ‰, δ13C = -21.09
‰, δ34S = +7.84 ‰
USGS43
Indian human hair powder (< 60 mesh)
0.5 g
δ2H = -50.3 ‰, δ18O = +14.11 ‰, δ15N = +8.44 ‰, δ13C = -21.28
‰, δ34S = +10.46 ‰
IAEA-600
Caffeine
0.5g
δ13C=-27.771‰VPDB, δ15N=1‰air N2
IAEA-601
Benzoic Acid
1g
δ18O=23.3‰VSMOW1
IAEA-602
Benzoic Acid
1g
δ18O=71.4‰VSMOW1
IAEA-CH-3
Cellulose
0.5g
δ13C=-24.724‰VPDB
IAEA-CH-6
RM8542 Sucrose
1g
δ13C=-10.449‰VPDB
IAEA-CH-7
RM8540 Polyethylene
3.5g
δ13C=-32.151‰VPDB, δ2H=-100.3‰VSMOW
IAEA-303
13C Labelled Sodium-Bicarbonate
2*3ml
δ13C (Amp. A)=93.3‰VPDB1, δ13C (Amp. B)=466‰VPDB
BCR-656
96% ethanol
25ml
(D/H)I=102.84±0.20ppm, (D/H)II=132.07±0.30ppm, 13CVPDB=-26.91±0.07‰
BCR-657
Sugar
1g
13CVPDB=-10.76±0.04‰
BCR-660
Ethanol in water
450ml
(D/H)I=102.90±0.16ppm, (D/H)II=131.95±0.23ppm, 13CVPDB=-26.72±0.09‰, (D/H)w=148.68±0.14
Materials with known 13C, 18O and 7Li isotopic composition
NBS18
RM8543 Calcite
0.4g
δ13C=-5.014‰VPDB, δ18O=-23.2‰VPDB
LSVEC
Lithium Carbonate
0.5g
δ13C=-46.6‰, δ18O=-26.7‰VPDB, 6Li/7Li=0.082156Li/7Li
IAEA-CO-8
Calcite
0.5g
δ13C=-5.764‰VPDB, δ18O=-22.7‰VPDB
RM8562
CO2 gas
2x400µmol
δ13C=-3.72‰VPDB, δ18O=-8.43‰VPDB
RM8563
CO2 gas
2x400µmol
δ13C=-41.59‰VPDB, δ18O=-23.61‰VPDB
RM8564
CO2 gas
2x400µmol
δ13C=-10.45‰VPDB, δ18O=0.06‰VPDB
Materials with known 15N/14N isotopic composition
IAEA-N-1
RM8547 Ammonium Sulfate
0.4g
δ15N=0.4‰air N2
IAEA-N-2
RM8548 Ammonium Sulfate
0.4g
δ15N=20.3‰air N2
IAEA-NO-3
Potassium Nitrate
0.4g
δ15N=4.7‰air N2, δ18O=25.6‰VSMOW
USGS32
RM8558 Potassium Nitrate
0.9g
δ15N=180‰air N2, δ18O=25.7‰VSMOW
USGS34
RM8568 Potassium Nitrate
0.9g
δ15N=-1.8‰air N2, δ18O=-27.9‰VSMOW
USGS35
RM8569 Sodium Nitrate
0.9g
δ15N=2.7‰air N2, δ18O=57.5‰VSMOW
USGS25
RM8550 Ammonium Sulfate
0.5g
δ15N=-30.4‰air N2
USGS26
RM8551 Ammonium Sulfate
0.5g
δ15N=53.7‰air N2
NSVEC
Nitrogen Gas-N2
7ml
δ15N=-2.8‰
IAEA-305
15N labelled ammonium sulfate
2*0.1g
δ15N (Vial A)=39.8‰air N2, δ15N (Vial
B)=375.3‰air N2
IAEA-310
15N labelled urea
2*0.1g
δ15N (Vial A)=47.2‰air N2, δ15N (Vial B)=244.6‰air N2
IAEA-311
N-labelled ammonium sulfate
0.1g
15N=2.05Atom%
Materials with known 34S/32S isotopic composition
IAEA-S-1
RM8554 Silver Sulfide
0.5g
δ34S=-0.30#‰VCDT
IAEA-S-2
RM8555 Silver Sulfide
0.5g
δ34S=22.7‰VCDT
IAEA-S-3
RM8529 Silver Sulfide
0.5g
δ34S=-32.3‰VCDT
IAEA-S-4
RM8553 Sulfur
0.5g
δ34S=16.9‰VCDT
IAEA-SO-5
Barium Sulfate
0.5g
δ34S=0.5‰VCDT
IAEA-SO-6
Barium Sulfate
0.5g
δ34S=-34.1‰VCDT
NBS-123
RM8556 Sphalerite
1.5g
δ34S=17.09‰VCDT
NBS-127
RM8557 Barium Sulfate
0.5g
δ18O=9.3‰VSMOW, δ34S=+20.3#‰VCDT
Materials with known 11B/10B isotopic composition
IAEA-B-1
Sea Water
50ml
δ11B=38.6‰NBS 951
IAEA-B-2
Groundwater
50ml
δ11B=13.8‰NBS 951
IAEA-B-3
Groundwater
50ml
δ11B=-21.4‰NBS 951
IAEA-B-4
Tourmaline
1g
δ11B=-8.7‰NBS 951
IAEA-B-5
Basalt
30g
δ11B=-3.8‰NBS 951
IAEA-B-6
Obsidian
30g
δ11B=-1.8‰NBS 951
IAEA-B-7
Limestone
30g
δ11B=9.7‰SRM 951
IAEA-B-8
Clay
30g
δ11B=-5.1‰NBS 951
Materials with known 37Cl/35Cl isotopic composition
ISL-354
Sodium Chloride
2g
δ37Cl=-0.39#‰, 37Cl/35Cl=0.3196437Cl/35Cl
WATER IN SILVER TUBE
NBS 22
0.15 uL oil in silver tube
0.15μL×50
δ2H = -116.9 ‰, δ13C = -30.03 ‰
NBS 22
0.25 uL oil in silver tube
0.25μL×50
δ2H = -116.9 ‰, δ13C = -30.03 ‰
VSMOW
0.15 uL water in silver tube
0.15μL×50
δ2H
= 0 exactly, δ18O = 0 exactly
VSMOW
0.25 uL water in silver tube
0.25μL×50
δ2H
= 0 exactly, δ18O = 0 exactly
SLAP2
0.15 uL water in silver tube
0.15μL×50
δ2H = -427.5 ‰, δ18O = -55.5 ‰
SLAP2
0.25 uL water in silver tube
0.25μL×50
δ2H = -427.5 ‰, δ18O = -55.5 ‰
GISP
0.15 uL water in silver tube
0.15μL×50
δ2H = -190 ‰, δ18O = -24.8 ‰
GISP
0.25 uL water in silver tube
0.25μL×50
δ2H = -190 ‰, δ18O = -24.8 ‰
UC03
0.15 uL water in silver tube
0.15μL×50
δ2H
= +68.5 ‰, δ18O = +29.79 ‰
UC03
0.25 uL water in silver tube
0.25μL×50
δ2H
= +68.5 ‰, δ18O = +29.79 ‰
UC04
0.15 uL water in silver tube
0.15μL×50
δ2H
= +113.6 ‰, δ18O = +38.95 ‰
UC04
0.25 uL water in silver tube
0.25μL×50
δ2H
= +113.6 ‰, δ18O = +38.95 ‰
USGS46
0.15 uL Ice Core Water in silver tube
0.15μL×50
δ2H = -235.8 ‰, δ18O = -29.80 ‰
USGS46
0.25 uL Ice Core Water in silver tube
0.25μL×50
δ2H = -235.8 ‰, δ18O = -29.80 ‰
USGS47
0.15 uL Lake Louise Drinking Water in silver tube
0.15μL×50
δ2H = -150.2 ‰, δ18O = -19.80 ‰
USGS47
0.25 uL Lake Louise Drinking Water in silver tube
0.25μL×50
δ2H = -150.2 ‰, δ18O = -19.80 ‰
USGS48
0.15 uL Puerto Rico Precipitation in silver tube
0.15μL×50
δ2H = -2.0 ‰, δ18O = -2.224 ‰
USGS48
0.25 uL Puerto Rico Precipitation in silver tube
0.25μL×50
δ2H = -2.0 ‰, δ18O = -2.224 ‰
W-62001-0.15
uL
RSIL DI water in silver tube
0.15μL×50
δ2H = -41.1 ‰,δ18O = -6.25 ‰
W-62001-0.25
uL
RSIL DI water in silver tube
0.25μL×50
δ2H = -41.1 ‰,δ18O = -6.25 ‰
