|
Name
|
Description
|
Qty
|
Analyte Delta Value
|
|
2H and 18O in water samples
|
|
VSMOW
|
Vienna Standard Mean Ocean Water
|
5ml×4
|
2H=0‰ 18O=0 ‰
|
|
VSMOW
|
Vienna Standard Mean Ocean Water
|
5ml
|
2H=0‰ 18O=0 ‰
|
|
SLAP2
|
Water Standard Light Antarctic Precipitation 2
|
20ml
|
2H=-427.5‰ 18O=-55.5‰
|
|
GISP
|
Water Greenland Ice Sheet Precipitation
|
20ml
|
2H=-189.5‰ 18O=-24.76‰
|
|
IAEA-604
|
Enriched Water
|
5g
|
2H=799.9‰ 18O=-5.86‰ 17O=-3.2‰
|
|
IAEA-605
|
Enriched Water
|
5g
|
2H=5997.9‰ 18O=-3.02‰ 17O=-2.1‰
|
|
IAEA-606
|
Enriched Water
|
5g
|
2H=15993.6‰ 18O=2.43‰ 17O=-0.1 ‰
|
|
IAEA-607
|
Enriched Water
|
5g
|
2H=802.4‰ 18O=99.02‰ 17O=3.6 ‰
|
|
IAEA-608
|
Enriched Water
|
5g
|
2H=6014.3‰ 18O=736.4‰ 17O=45.7‰
|
|
IAEA-609
|
Enriched Water
|
5g
|
2H=16036.4‰ 18O=1963.7‰ 17O=126.6‰
|
|
USGS45
|
Biscayne Aquifer Drinking Water
|
16×4ml
|
2H = -10.3 ‰ 18O
= -2.238 ‰
|
|
USGS45
|
Biscayne Aquifer Drinking Water
|
144×4ml
|
2H = -10.3 ‰ 18O
= -2.238 ‰
|
|
USGS45
|
Biscayne Aquifer Drinking Water per ampoule
|
144×5ml
|
2H = -10.3 ‰ 18O
= -2.238 ‰
|
|
USGS46
|
Ice Core Water per ampoule
|
144×4ml
|
2H = -235.8 ‰
18O = -29.80 ‰
|
|
USGS46
|
Ice Core Water per ampoule
|
144×5ml
|
2H = -235.8 ‰
18O = -29.80 ‰
|
|
USGS47
|
Lake Louise Drinking Water per ampoule
|
16×5ml
|
2H = -150.2 ‰
18O = -19.80 ‰
|
|
USGS47
|
Lake Louise Drinking Water per ampoule
|
144×5ml
|
2H = -150.2 ‰
18O = -19.80 ‰
|
|
USGS48
|
Puerto Rico Precipitation per ampoule
|
16×5ml
|
2H = -2.0 ‰ 18O
= -2.224 ‰
|
|
USGS48
|
Puerto Rico Precipitation per ampoule
|
144×5ml
|
2H = -2.0 ‰ 18O
= -2.224 ‰
|
|
USGS49
|
Antarctic Ice-core Water per ampoule
|
16×5ml
|
2H = -394.7 ‰ 18O = -50.55 ‰
|
|
USGS49
|
Antarctic Ice-core Water per ampoule
|
144×5ml
|
2H = -394.7 ‰ 18O = -50.55 ‰
|
|
USGS50
|
Lake Kyoga Water per ampoule
|
16×5ml
|
2H = +32.8 ‰ 18O = +4.95 ‰
|
|
USGS50
|
Lake Kyoga Water per ampoule
|
144×5ml
|
2H = +32.8 ‰ 18O = +4.95 ‰
|
|
USGS53
|
Lake Shala Distilled Water per ampoule
|
32×5ml
|
2H = +40.2 ‰ 18O = +5.47 ‰
|
|
GFLES-1
|
water enriched in 2H
|
5ml
|
2H = +80.1 ‰ 18O = -6.25 ‰ 17O = -3.3 ‰
|
|
GFLES-2
|
water enriched in 2H
|
5ml
|
2H = +159.9 ‰ 18O = -6.21 ‰ 17O = -3.3 ‰
|
|
GFLES-3
|
water enriched in 2H
|
5ml
|
2H = +280.2 ‰ 18O = -6.14 ‰ 17O = -3.3 ‰
|
|
GFLES-4
|
water enriched in 2H
|
5ml
|
2H = +399.8 ‰ 18O = -6.08 ‰ 17O = -3.3 ‰
|
|
CBS
|
Caribou Hoof Standard
|
0.5g
|
2H = -197.0 ‰ 18O = +3.8 ‰
|
|
KHS
|
Kudu Horn Standard
|
0.5g
|
2H = -54.1 ‰ 18O = +20.3 ‰
|
|
USGS57
|
biotite
|
0.5g
|
2H = -91 ‰
|
|
USGS58
|
muscovite
|
0.5g
|
2H = -28 ‰
|
|
Materials with known 2H, 13C, 15N
and 18O isotopic composition
|
|
NBS22a
|
Oil
|
1ml
|
13C=-29.72‰VPDB 2H=-120‰VSMOW
|
|
USGS78
|
vacuum oil, 2H-enriched
|
1mL
|
2H = +397.0 ‰ 13C =-29.72 ‰
|
|
NBS28
|
Quarz Sand
|
0.4g
|
18O=9.6‰VSMOW1 30Si=0‰
|
|
USGS24
|
Graphite
|
0.8g
|
13C=-16.049‰VPDB
|
|
USGS40
|
L-glutamic acid
|
1g
|
13C=-26.389‰VPDB 15N=-4.5‰air N2
|
|
USGS41A
|
L-glutamic acid
|
0.5g
|
13C=37.626‰VPDB 15N=47.6‰air N2
|
|
USGS42
|
Tibetan human hair powder (< 100 mesh)
|
0.5g
|
2H = -78.5 ‰ 18O = +8.56 ‰ 15N = +8.05 ‰ 13C = -21.09 ‰ 34S = +7.84 ‰
|
|
USGS43
|
Indian human hair powder (< 60 mesh)
|
0.5g
|
2H = -50.3 ‰ 18O = +14.11 ‰ 15N = +8.44 ‰ 13C = -21.28 ‰ 34S = +10.46 ‰
|
|
USGS54
|
Canadian lodgepole pine wood powder
|
0.5g
|
2H =-150.4 ‰ 18O = +17.79 ‰ 13C
=-24.43 ‰ 15N =-2.42 ‰
|
|
USGS55
|
Mexican ziricote wood powder
|
0.5g
|
2H =-28.2 ‰ 18O = +19.12 ‰ 13C
=-27.13 ‰ 15N =-0.3 ‰
|
|
USGS56
|
South African red ivorywood powder
|
0.5g
|
2H =-44.0 ‰ 18O = +27.23 ‰ 13C
=-24.34 ‰ 15N = +1.8 ‰
|
|
IAEA-600
|
Caffeine
|
0.5g
|
13C=-27.771‰VPDB 15N=1‰air N2
|
|
IAEA-601
|
Benzoic Acid
|
1g
|
18O=23.3‰VSMOW1
|
|
IAEA-602
|
Benzoic Acid
|
1g
|
18O=71.4‰VSMOW1
|
|
USGS61
|
caffeine
|
0.5g
|
2H = +96.9 ‰ 13C =-35.05 ‰ 15N
=-2.87 ‰
|
|
USGS62
|
caffeine
|
0.5g
|
2H =-156.1 ‰ 13C =-14.79 ‰ 15N
= +20.17 ‰
|
|
USGS63
|
caffeine
|
0.5g
|
2H = +174.5 ‰ 13C =-1.17 ‰ 15N
= +37.83 ‰
|
|
USGS67
|
n-hexadecane
|
50μL
|
2H =-166.2 ‰ 13C =-34.50 ‰
|
|
USGS68
|
n-hexadecane
|
50μL
|
2H =-10.2 ‰ 13C =-10.55 ‰
|
|
USGS69
|
n-hexadecane
|
50μL
|
2H = +381.4 ‰ 13C =-0.57 ‰
|
|
USGS70
|
icosanoic acid methyl ester (C20 FAME)
|
100 mg
|
2H = -183.9 ‰ 13C = -30.53 ‰
|
|
USGS71
|
icosanoic acid methyl ester (C20 FAME)
|
100 mg
|
2H = -4.9 ‰ 13C = -10.5 ‰
|
|
USGS72
|
icosanoic acid methyl ester (C20 FAME)
|
100 mg
|
2H = +348.3 ‰ 13C = -1.54 ‰
|
|
USGS73
|
L-valine
|
0.5 g
|
13C = -24.03 ‰ 15N = -5.21 ‰
|
|
USGS74
|
L-valine
|
100 mg
|
13C = -9.30 ‰ 15N = +30.19 ‰
|
|
USGS75
|
L-valine
|
100 mg
|
13C = +0.49 ‰ 15N = +61.53 ‰
|
|
USGS76
|
methylheptadecanoate
|
50μL
|
2H =-210.8 ‰ 13C =-31.36 ‰
|
|
USGS77
|
polyethylene powder
|
1g
|
2H =-75.9 ‰ 13C =-30.71 ‰
|
|
IAEA-CH-3
|
Cellulose
|
0.5g
|
13C=-24.724‰VPDB
|
|
IAEA-CH-6
|
Sucrose
|
1g
|
13C=-10.449‰VPDB
|
|
IAEA-CH-7
|
Polyethylene
|
3.5g
|
13C=-32.151‰VPDB 2H=-100.3‰VSMOW
|
|
IAEA-303
|
13C Labelled Sodium-Bicarbonate
|
2*3ml
|
13C (Amp. A)=93.3‰VPDB1 13C (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
|
Calcite
|
0.4g
|
13C=-5.014‰VPDB 18O=-23.2‰VPDB
|
|
IAEA-603
|
Calcite NBS19
|
0.5g
|
13C=+2.46‰ 18O=-2.37‰
|
|
LSVEC
|
Lithium Carbonate
|
0.4g
|
13C=-46.6‰ 6Li/7Li=0.082156Li/7Li
|
|
IAEA-CO-8
|
Calcite
|
0.5g
|
13C=-5.764‰VPDB 18O=-22.7‰VPDB
|
|
RM8562
|
CO2 gas
|
2x400μmol
|
13C=-3.72‰VPDB 18O=-8.43‰VPDB
|
|
RM8563
|
CO2 gas
|
2x400μmol
|
13C=-41.59‰VPDB 18O=-23.61‰VPDB
|
|
RM8564
|
CO2 gas
|
2x400μmol
|
13C=-10.45‰VPDB 18O=0.06‰VPDB
|
|
USGS51
|
Nitrous oxide in 6-mm glass tube
|
200μmol
|
15N = +1.32 ‰ 18O = +41.23 ‰
|
|
USGS52
|
Nitrous oxide in 6-mm glass tube
|
200μmol
|
15N = +0.44 ‰ 18O = +40.64 ‰
|
|
Materials with known 15N/14N
isotopic composition
|
|
IAEA-N-1
|
Ammonium Sulfate
|
0.4g
|
15N=0.4‰air N2
|
|
IAEA-N-2
|
Ammonium Sulfate
|
0.4g
|
15N=20.3‰air N2
|
|
IAEA-NO-3
|
Potassium Nitrate
|
0.5g
|
15N=4.7‰air N2
18O=25.6‰VSMOW
|
|
USGS32
|
Potassium Nitrate
|
0.8g
|
15N=180‰air N2
18O=25.7‰VSMOW
|
|
USGS34
|
Potassium Nitrate
|
0.8g
|
15N=-1.8‰air N2
18O=-27.9‰VSMOW
|
|
USGS35
|
Sodium Nitrate
|
0.5g
|
15N=2.7‰air N2
18O=57.5‰VSMOW
|
|
USGS25
|
Ammonium Sulfate
|
0.5g
|
15N=-30.4‰air N2
|
|
USGS26
|
Ammonium Sulfate
|
0.5g
|
15N=53.7‰air N2
|
|
NSVEC
|
Nitrogen Gas-N2
|
7ml
|
15N=-2.8‰
|
|
IAEA-305
|
15N labelled ammonium sulfate
|
2*0.1g
|
15N (Vial A)=39.8‰air N2 15N (Vial B)=375.3‰air N2
|
|
IAEA-310
|
15N labelled urea
|
2*0.1g
|
15N (Vial A)=47.2‰air N2 15N (Vial B)=244.6‰air N2
|
|
IAEA-311
|
N-labelled ammonium sulfate
|
0.1g
|
15N=2.05Atom%
|
|
USGS64
|
glycine
|
0.5g
|
13C =-40.81 ‰ 15N = +1.76 ‰
|
|
USGS65
|
glycine
|
0.5g
|
13C =-20.29 ‰ 15N = +20.68 ‰
|
|
USGS66
|
glycine
|
0.5g
|
13C =-0.67 ‰ 15N = +40.83 ‰
|
|
USGS73
|
L-valine
|
0.5g
|
13C =-24.03 ‰ 15N =-5.21 ‰
|
|
USGS74
|
L-valine
|
100mg
|
13C =-9.30 ‰ 15N = +30.19 ‰
|
|
USGS75
|
L-valine
|
100mg
|
13C = +0.49 ‰ 15N = +61.53 ‰
|
|
USGS51
|
Nitrous oxide in 6-mm glass tube
|
~200μmol
|
15N = +1.32 ‰ 18O =
+41.23 ‰
|
|
USGS52
|
Nitrous oxide in 6-mm glass tube
|
~200μmol
|
15N = +0.44 ‰ 18O =
+40.64 ‰
|
|
Materials with known 34S/32S
isotopic composition
|
|
IAEA-S-1
|
Silver Sulfide
|
0.5g
|
34S=-0.30#‰VCDT
|
|
IAEA-S-2
|
Silver Sulfide
|
0.5g
|
34S=22.7‰VCDT
|
|
IAEA-S-3
|
Silver Sulfide
|
0.5g
|
34S=-32.3‰VCDT
|
|
IAEA-S-4
|
Sulfur
|
0.5g
|
34S=16.9‰VCDT
|
|
IAEA-SO-5
|
Barium Sulfate
|
0.5g
|
34S=0.5‰VCDT
|
|
IAEA-SO-6
|
Barium Sulfate
|
0.5g
|
34S=-34.1‰VCDT
|
|
NBS-123
|
Sphalerite
|
1.5g
|
34S=17.09‰VCDT
|
|
NBS-127
|
Barium Sulfate
|
0.5g
|
18O=9.3‰VSMOW
34S=+20.3#‰VCDT
|
|
Materials with known 11B/10B
isotopic composition
|
|
IAEA-B-1
|
Sea Water
|
50ml
|
11B=38.6‰NBS 951
|
|
IAEA-B-2
|
Groundwater
|
50ml
|
11B=13.8‰NBS 951
|
|
IAEA-B-3
|
Groundwater
|
50ml
|
11B=-21.4‰NBS 951
|
|
IAEA-B-4
|
Tourmaline
|
1g
|
11B=-8.7‰NBS 951
|
|
IAEA-B-5
|
Basalt
|
30g
|
11B=-3.8‰NBS 951
|
|
IAEA-B-6
|
Obsidian
|
30g
|
11B=-1.8‰NBS 951
|
|
IAEA-B-7
|
Limestone
|
30g
|
11B=9.7‰SRM 951
|
|
IAEA-B-8
|
Clay
|
30g
|
11B=-5.1‰NBS 951
|
|
Materials with known 37Cl/35Cl
isotopic composition
|
|
ISL-354
|
Sodium Chloride
|
2g
|
37Cl=-0.39#‰
37Cl/35Cl=0.3196437Cl/35Cl
|
|
USGS37
|
potassium perchlorate
|
1g
|
37Cl = +0.90 ‰ 18O =
-17.00 ‰ 17O = -8.96 ‰
|
|
USGS38
|
potassium perchlorate
|
1g
|
37Cl = -87.90 ‰ 18O =
+52.50 ‰ 17O = +102.40 ‰
|
|
USGS39
|
potassium perchlorate
|
1g
|
37Cl = +0.05 ‰ 18O = +122.34 ‰ 17O
= +62.61 ‰
|
|
WATER IN SILVER TUBE
|
|
NBS 22
|
0.15 uL oil in silver tube
|
0.15μL×50
|
2H = -116.9 ‰ 13C = -30.03 ‰
|
|
NBS 22
|
0.25 uL oil in silver tube
|
0.25μL×50
|
2H = -116.9 ‰ 13C = -30.03 ‰
|
|
NBS 22a-0.15 μL
|
oil in silver tube
|
0.15μL×50
|
2H =-120.4 ‰ 13C =-29.72 ‰
|
|
NBS 22a-0.25 μL
|
oil in silver tube
|
0.25μL×50
|
2H =-120.4 ‰ 13C =-29.72 ‰
|
|
USGS78-0.15 μL
|
oil in silver tube
|
0.15μL×50
|
2H = +397.0 ‰ 13C =-29.72 ‰
|
|
USGS78-0.25 μL
|
oil in silver tube
|
0.25μL×50
|
2H = +397.0 ‰ 13C =-29.72 ‰
|
|
VSMOW
|
0.15 uL water in silver tube
|
0.15μL×50
|
2H = 0 exactly 18O = 0 exactly
|
|
VSMOW
|
0.25 uL water in silver tube
|
0.25μL×50
|
2H = 0 exactly
18O = 0 exactly
|
|
SLAP2
|
0.15 uL water in silver tube
|
0.15μL×50
|
2H = -427.5 ‰
18O = -55.5 ‰
|
|
SLAP2
|
0.25 uL water in silver tube
|
0.25μL×50
|
2H = -427.5 ‰
18O = -55.5 ‰
|
|
GISP
|
0.15 uL water in silver tube
|
0.15μL×50
|
2H = -190 ‰ 18O
= -24.8 ‰
|
|
GISP
|
0.25 uL water in silver tube
|
0.25μL×50
|
2H = -190 ‰ 18O
= -24.8 ‰
|
|
UC03
|
0.15 uL water in silver tube
|
0.15μL×50
|
2H = +68.5 ‰ 18O
= +29.79 ‰
|
|
UC03
|
0.25 uL water in silver tube
|
0.25μL×50
|
2H = +68.5 ‰ 18O
= +29.79 ‰
|
|
UC04
|
0.15 uL water in silver tube
|
0.15μL×50
|
2H = +113.6 ‰
18O = +38.95 ‰
|
|
UC04
|
0.25 uL water in silver tube
|
0.25μL×50
|
2H = +113.6 ‰
18O = +38.95 ‰
|
|
USGS46
|
0.15 uL Ice Core Water in silver tube
|
0.15μL×50
|
2H = -235.8 ‰
18O = -29.80 ‰
|
|
USGS46
|
0.25 uL Ice Core Water in silver tube
|
0.25μL×50
|
2H = -235.8 ‰
18O = -29.80 ‰
|
|
USGS47
|
0.15 uL Lake Louise Drinking Water in silver tube
|
0.15μL×50
|
2H = -150.2 ‰
18O = -19.80 ‰
|
|
USGS47
|
0.25 uL Lake Louise Drinking Water in silver tube
|
0.25μL×50
|
2H = -150.2 ‰
18O = -19.80 ‰
|
|
USGS48
|
0.15 uL Puerto Rico Precipitation in silver tube
|
0.15μL×50
|
2H = -2.0 ‰ 18O
= -2.224 ‰
|
|
USGS48
|
0.25 uL Puerto Rico Precipitation in silver tube
|
0.25μL×50
|
2H = -2.0 ‰ 18O = -2.224 ‰
|
|
USGS49-0.15 μL
|
Antarctic Ice-core Water in silver tube
|
0.15μL×50
|
2H =-394.7 ‰ 18O =-50.55 ‰
|
|
USGS49-0.25 μL
|
Antarctic Ice-core Water in silver tube
|
0.25μL×50
|
2H =-394.7 ‰ 18O =-50.55 ‰
|
|
USGS50-0.15 μL
|
Lake Kyoga Water in silver tube
|
0.15μL×50
|
2H = +32.8 ‰ 18O = +4.95 ‰
|
|
USGS50-0.25 μL
|
Lake Kyoga Water in silver tube
|
0.25μL×50
|
2H = +32.8 ‰ 18O = +4.95 ‰
|
|
USGS53-0.15 μL
|
Lake Shala Distilled Water in silver tube
|
0.15μL×50
|
2H = +40.2 ‰ 18O = +5.47 ‰
|
|
USGS53-0.25 μL
|
Lake Shala Distilled Water in silver tube
|
0.25μL×50
|
2H = +40.2 ‰ 18O = +5.47 ‰
|
|
W-62001-0.15 uL
|
RSIL DI water in silver tube
|
0.15μL×50
|
2H = -41.1 ‰ 18O = -6.25 ‰
|
|
W-62001-0.25 uL
|
RSIL DI water in silver tube
|
0.25μL×50
|
2H = -41.1 ‰ 18O = -6.25 ‰
|
|
Materials characterized for C-14
|
|
IAEA-C1
|
Marble
|
50g
|
|
|
IAEA-C2
|
Travertine
|
50g
|
|
|
IAEA-C3
|
Cellulose
|
50g
|
|
|
IAEA-C4
|
Wood
|
50g
|
|
|
IAEA-C5
|
Wood
|
50g
|
|
|
IAEA-C7
|
Oxalic Acid
|
50g
|
|
|
IAEA-C8
|
Oxalic Acid
|
50g
|
|
|
IAEA-C9
|
Wood
|
50g
|
|
|
Materials characterized for Trace
Elements and Methyl Mercury
|
|
IAEA-085
|
Human Hair (Methyl Mercury)
|
5g
|
|
|
IAEA-086
|
Human Hair (Methyl Mercury)
|
5g
|
|
|
IAEA-336
|
Lichen
|
20g
|
|
|
IAEA-359
|
Cabbage
|
30g
|
|
|
IAEA-392
|
Algae
|
20g
|
|
|
IAEA-407
|
Fish Homogenate (Methyl Mercury) 20g
|
120
|
|
|
IAEA-413
|
Algae
|
10g
|
|
|
IAEA-436
|
Tuna Fish Flesh Homogenate
|
15g
|
|
|
IAEA-450
|
Platinum and trace elements in algae
|
10g
|
|
|
IAEA-452
|
Biota, Scallop (Pecten maximus)
|
8g
|
|
|
IAEA-A-13
|
Animal Blood
|
25g
|
|
|
IAEA-V-8
|
Rye Flour
|
50g
|
|
|
IAEA-V-9
|
Cotton Cellulose
|
25g
|
|
|
IAEA-158
|
Marine Sediment (Kilbrannan Sound)
|
25g
|
|
|
IAEA-314
|
Stream Sediment
|
50g
|
|
|
IAEA-SL-1
|
Lake Sediment
|
25g
|
|
|
IAEA-SL-3
|
Lake Sediment
|
25g
|
|
|
Materials characterized for Organic
Contaminants
|
|
IAEA-406
|
Fish Homogenate
|
35g
|
|
|
IAEA-432
|
Mussel homogenate
|
40g
|
|
|
IAEA-435
|
Tuna homogenate
|
30g
|
|
|
IAEA-383
|
Sediment (Venice lagoon)
|
35g
|
|
|
IAEA-451
|
Freeze dried biota
|
20g
|
|
|
IAEA-408
|
Sediment (Tagus estuary, Portugal)
|
40g
|
|
|
IAEA-417
|
Marine Sediment
|
40g
|
|
|
IAEA-159
|
Sediment
|
45g
|
|
|
Materials characterized for other
radionuclides
|
|
IAEA-414
|
Fish
|
100g
|
|
|
IAEA-A-12
|
Animal Bone
|
80g
|
|
|
IAEA-447
|
Natural and artificial radionuclides in
moss-soil
|
150g
|
|
|
IAEA-437
|
Mussel from Mediterranean Sea
|
200g
|
|
|
IAEA-446
|
Baltic Sea Seaweed !new!
|
100g
|
|
|
IAEA-473
|
Milk powder
|
100g
|
|
|
IAEA-372
|
Grass
|
100g
|
|
|
IAEA-330
|
Spinach
|
100g
|
|
|
IAEA-418
|
Mediterranean Sea Water
|
1l
|
|
|
IAEA-434
|
Phosphogypsum
|
250g
|
|
|
IAEA-448
|
Soil from oil field
|
100g
|
|
|
IAEA-RGK-1
|
Potassium Sulfate
|
500g
|
|
|
IAEA-RGTh-1
|
Thorium Ore
|
500g
|
|
|
IAEA-RGU-1
|
Uranium Ore
|
500g
|
|
|
IAEA-312
|
Soil
|
50g
|
|
|
IAEA-SL-2
|
Lake Sediment
|
250g
|
|
|
IAEA-314
|
Stream Sediment
|
50g
|
|
|
IAEA-384
|
Fangataufa Sediment
|
100g
|
|
|
IAEA-385
|
Irish Sea Sediment
|
100g
|
|
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