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USGS实验室同位素标样

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USGS实验室同位素标样

添加时间：2018-06-05
USGS实验室同位素标样 USGS实验室同位素标样 天津欧捷科技代理USGS同位素标样,usgs40,usgs41a... USGS实验室同位素标样
  • 货号：USGS34 USGS40 USGS41a USGS42
  • 规格：
  • 品牌：USGS实验室
USGS24Graphite0.8 gδ13C = —16.05 ‰
USGS25Ammonium sulfate> 0.6 gδ15N = —30.41 ‰
USGS26Ammonium sulfate> 0.8 gδ15N = +53.75 ‰
USGS32Potassium nitrate 0.3 gδ15N = +180 ‰
δ18O = ~ +25.5 ‰
USGS34Potassium nitrate0.3 gδ15N = —1.8 ‰
δ18O = ~ —28 ‰
USGS35Sodium nitrate0.3 gδ15N = +2.7 ‰
δ18O = ~ +57 ‰
USGS37Potassium perchlorate1 gδ37Cl = +0.90 ‰
δ18O = —17.00 ‰
δ17O = —8.96 ‰
USGS38Potassium perchlorate1 gδ37Cl = —87.90 ‰
δ18O = +52.50 ‰
δ17O = +102.40 ‰
USGS39Potassium perchlorate1 gδ37Cl = +0.05 ‰
δ18O = +122.3 ‰
δ17O = +62.6 ‰
USGS40L-glutamic acid2 gδ15N = —4.52 ‰
δ13C = —26.39 ‰
USGS41aL-glutamic acid0.5 gδ15N = +47.55 ‰
enriched in 13C & 15Nδ13C = +36.55 ‰
USGS41L-glutamic acid0.5 gδ15N = +47.57 ‰
enriched in 13C & 15Nδ13C = +37.63 ‰
USGS42Tibetan human hair0.5 gδ2H = —72.9 ‰
powder (< 100 mesh)δ18O = +8.56 ‰

δ15N = +8.05 ‰
δ13C = —21.09 ‰
δ34S = +7.84 ‰ 
USGS43Indian human hair0.5 gδ2H = —44.4 ‰
powder  (< 60 mesh)δ18O = +14.11 ‰

δ15N = +8.44 ‰
δ13C = —21.28 ‰
δ34S = +10.46 ‰ 
CBSCaribou Hoof Standard0.5 gδ2H = —157.0 ‰
δ18O = +2.39 ‰
KHSKudu Horn Standard0.5 gδ2H = —35.3 ‰
δ18O = +21.21 ‰
USGS44Merck high purity CaCO3. 0.5 gδ13C = —42.21 ‰
Intended for calibration
of VPDB carbon-isotope-delta
USGS45Set of 16 ampoules having 4 mL64 mLδ2H = —10.3 ‰
of Biscayne Aquifer Drinking Water per ampouleδ18O = —2.238 ‰
USGS45Case of 144 ampoules having 4 mL of Biscayne Aquifer Drinking Water per ampoule576 mLδ2H = —10.3 ‰

δ18O = —2.238 ‰


USGS45Case of 144 ampoules having 5 mL  of Biscayne Aquifer Drinking Waterper ampoule720 mLδ2H = —10.3 ‰

δ18O = —2.238 ‰


USGS46Set of 16 ampoules having 4 mL  of Ice Core Water per ampoule 64 mLδ2H = —235.8 ‰

δ18O = —29.80 ‰
USGS46Case of 144 ampoules having 4 mL576 mLδ2H = —235.8 ‰
of Ice Core Water per ampouleδ18O = —29.80 ‰
USGS46aSet of 16 ampoules having 5 mL80 mLδ2H = —235.6 ‰
of Ice Core Water per ampouleδ18O = —30.09 ‰
USGS46aCase of 144 ampoules having 5 mL720 mLδ2H = —235.6 ‰
of Ice Core Water per ampouleδ18O = —30.09 ‰
USGS47Set of 16 ampoules having 5 mL80 mLδ2H = —150.2 ‰
of Lake Louise Drinking Waterδ18O = —19.80 ‰
per ampoule     
USGS47Case of 144 ampoules having 5 mL720 mLδ2H = —150.2 ‰
of Lake Louise Drinking Water perδ18O = —19.80 ‰
ampoule
USGS48Set of 16 ampoules having 5 mL80 mLδ2H = —2.0 ‰
of Puerto Rico Precipitation perδ18O = —2.224 ‰
ampoule
USGS48Case of 144 ampoules having 5 mL720 mLδ2H = —2.0 ‰
of Puerto Rico Precipitation perδ18O = —2.224 ‰
ampoule  
USGS49Set of 16 ampoules having 5 mL80 mLδ2H = —394.7 ‰
of Antarctic Ice-core Water perδ18O = —50.55 ‰
ampoule
USGS49Case of 144 ampoules having 5 mL720 mLδ2H = —394.7 ‰
of Antarctic Ice-core Water perδ18O = —50.55 ‰
ampoule
USGS50Set of 16 ampoules having 5 mL80 mLδ2H = +32.8 ‰
of Lake Kyoga Water per ampouleδ18O = +4.95 ‰
USGS50Case of 144 ampoules having 5 mL720 mLδ2H = +32.8 ‰
of Lake Kyoga Water per ampouleδ18O = +4.95 ‰
USGS51Nitrous oxide in 6-mm glass tube~200 μmolδ15N = +1.32 ‰
δ18O = +41.23 ‰
USGS52Nitrous oxide in 6-mm glass tube~200 μmolδ15N = +0.44 ‰
δ18O = +40.64 ‰
USGS53Case of 32 ampoules having 5 mL160 mLδ2H = +40.2 ‰
of Lake Shala Distilled Water perδ18O = +5.47 ‰
ampoule
USGS54Canadian lodgepole pine wood 0.5 gδ2H = —150.4 ‰
powderδ18O = +17.79 ‰

δ13C = —24.43 ‰

δ15N = —2.42 ‰
USGS54aCanadian lodgepole pine wood0.5 g
powder
USGS55Mexican ziricote wood powder0.5 gδ2H = —28.2 ‰
δ18O = +19.12 ‰
δ13C = —27.13 ‰
δ15N = —0.3 ‰
USGS55aMexican ziricote wood powder0.5 g
USGS56South African red ivorywood0.5 gδ2H = —44.0 ‰
powderδ18O = +27.23 ‰

δ13C = —24.34 ‰

δ15N = +1.8 ‰
USGS56aSouth African red ivorywood0.5 g
powder
USGS57Biotite0.5 gδ2H = —91.5 ‰
USGS58Muscovite0.5 gδ2H = —28.4 ‰
USGS61Caffeine0.5 gδ2H = +96.9 ‰
δ13C = —35.05 ‰
δ15N = —2.87 ‰
USGS62Caffeine0.5 gδ2H = —156.1 ‰
δ13C = —14.79 ‰
δ15N = +20.17 ‰
USGS63Caffeine0.5 gδ2H = +174.5 ‰
δ13C = —1.17 ‰
δ15N = +37.83 ‰
USGS64Glycine0.5 gδ13C = —40.81 ‰
δ15N = +1.76 ‰
USGS65Glycine0.5 gδ13C = —20.29 ‰
δ15N = +20.68 ‰ 
USGS66Glycine0.5 gδ13C = —0.67 ‰
δ15N = +40.83 ‰
USGS67n-hexadecane50 μLδ2H = —166.2 ‰
δ13C = —34.50 ‰
USGS68n-hexadecane50 μLδ2H = —10.2 ‰
δ13C = —10.55 ‰
USGS69n-hexadecane50 μLδ2H = +381.4 ‰
δ13C = —0.57 ‰
USGS70Icosanoic acid methyl ester100 mgδ2H = —183.9 ‰
(C20 FAME)δ13C = —30.53 ‰
USGS71Icosanoic acid methyl ester100 mgδ2H = —4.9 ‰
(C20 FAME)δ13C = —10.5 ‰
USGS72Icosanoic acid methyl ester100 mgδ2H = +348.3 ‰
(C20 FAME)δ13C = —1.54 ‰
USGS73L-valine0.5 gδ13C = —24.03 ‰
δ15N = —5.21 ‰
USGS74L-valine100 mgδ13C = —9.30 ‰
δ15N = +30.19 ‰
USGS75L-valine100 mgδ13C = +0.49 ‰
δ15N = +61.53 ‰
USGS76Methylheptadecanoate50 μLδ2H = —210.8 ‰
δ13C = —31.36 ‰
USGS77Polyethylene powder1 gδ2H = —75.9 ‰
δ13C = —30.71 ‰
NBS 22aVacuum oil, regular1 mLδ2H = —120.4 ‰
δ13C = —29.72 ‰
USGS78Vacuum oil, 2H-enriched1 mLδ2H = +397.0 ‰
δ13C = —29.72 ‰
USGS80Silver phosphate0.5 gδ18O = ~ +13.1 ‰
USGS81Silver phosphate0.5 gδ18O = ~ +35.4 ‰
USGS82Honey from tropical Vietnam1 mLδ2H = —43.1 ‰
δ18O = +19.44 ‰
δ13C = —24.31 ‰
USGS83Honey from prairie in Canada1 mLδ2H = —110.5 ‰
δ18O = +18.20 ‰
δ13C = —26.20 ‰
USGS84Olive oil from Sicily, Italy1 mLδ2H = —140.4 ‰
δ18O = +26.36 ‰
δ13C = —28.80 ‰
USGS85Olive oil from coastal desert,1 mLδ2H = —158.6 ‰
Peruδ18O = +22.00 ‰

δ13C = —29.74 ‰
USGS86Peanut oil from tropical1 mLδ2H = —207.4 ‰
Vietnamδ18O = +18.76 ‰

δ13C = —30.63 ‰
USGS87Corn oil from USA1 mLδ2H = —168.1 ‰
δ18O = +20.11 ‰
δ13C = —15.51 ‰
USGS88Marine collagen from0.5 gδ2H = +20.1 ‰
wild-caught fishδ18O = +15.91 ‰

δ13C = —16.06 ‰

δ15N = +14.96 ‰

δ34S = +17.10 ‰
USGS89Porcine collagen0.5 gδ2H = —43.7 ‰
δ18O = +8.37 ‰
δ13C = —18.13 ‰
δ15N = +6.25 ‰
δ34S = +3.86 ‰
USGS90Millet flour from0.5 gδ2H = —13.9 ‰
Tuscany, Italyδ18O = +35.90 ‰

δ13C = —13.75 ‰

δ15N = +8.84 ‰

δ34S = —15.14 ‰
USGS91Rice flour from tropical0.5 gδ2H = —45.7 ‰
Vietnamδ18O = +21.13 ‰

δ13C = —28.28 ‰

δ15N = +1.78 ‰

δ34S = —20.85 ‰
GFLES-1Water enriched in 2H5 mLδ2H = +80.1 ‰
δ18O = —6.25 ‰
δ17O = —3.32 ‰
GFLES-2Water enriched in 2H5 mLδ2H = +159.9 ‰
δ18O = —6.21 ‰
δ17O = —3.3 ‰
GFLES-3Water enriched in 2H5 mLδ2H = +280.2 ‰
δ18O = —6.14 ‰
δ17O = —3.28 ‰
GFLES-4Water enriched in 2H5 mLδ2H = +399.8 ‰
δ18O = —6.08 ‰
δ17O = —3.25 ‰
GFLES SetSet of 4 ampoules; 1 each of20 mLSee above values
GFLES-1 through GFLES-4
VSMOW (originalWater, 5 mL in glass ampoule5 mLδ2H = 0 exactly
reference water)δ18O = 0 exactly
NBS 22-0.15 μLOil in silver tube, batch of 500.15 μL eachδ2H = —117.2 ‰
δ13C = —30.02 ‰
NBS 22-0.25 μLOil in silver tube, batch of 500.25 μL eachδ2H = —117.2 ‰
δ13C = —30.02 ‰
NBS 22a-0.15 μLOil in silver tube, batch of 500.15 μL eachδ2H = —120.4 ‰
δ13C = —29.72 ‰
NBS 22a-0.25 μLOil in silver tube, batch of 500.25 μL eachδ2H = —120.4 ‰
δ13C = —29.72 ‰
USGS78-0.15 μLOil in silver tube, batch of 500.15 μL eachδ2H = +397.0 ‰
δ13C = —29.72 ‰
USGS78-0.25 μLOil in silver tube, batch of 500.25 μL eachδ2H = +397.0 ‰
δ13C = —29.72 ‰
VSMOW-0.15 μLWater in silver tube, batch of 500.15 μL eachδ2H = 0 exactly
δ18O = 0 exactly
VSMOW-0.25 μLWater in silver tube, batch of 500.25 μL eachδ2H = 0 exactly
δ18O = 0 exactly
VSMOW2-0.15 µLWater in silver tube, batch of 500.15 μL eachδ2H = 0.0 ‰
δ18O = 0.00 ‰
VSMOW2-0.25 µLWater in silver tube, batch of 500.25 μL eachδ2H = 0.0 ‰
δ18O = 0.00 ‰
SLAP-0.15 µLWater in silver tube, batch of 500.15 μL eachδ2H = —428.0 ‰
δ18O = —55.50 ‰
SLAP-0.25 µLWater in silver tube, batch of 500.25 μL eachδ2H = —428.0 ‰
δ18O = —55.50 ‰
SLAP2-0.15 μLWater in silver tube, batch of 500.15 μL eachδ2H = —427.5 ‰
δ18O = —55.5 ‰
SLAP2-0.25 μLWater in silver tube, batch of 500.25 μL eachδ2H = —427.5 ‰
δ18O = —55.5 ‰
GISP-0.15 μLWater in silver tube, batch of 500.15 μL eachδ2H = —189.7 ‰
δ18O = —24.78 ‰
GISP-0.25 μLWater in silver tube, batch of 500.25 μL eachδ2H = —189.7 ‰
δ18O = —24.78 ‰
UC03-0.15 μLWater in silver tube, batch of 500.15 μL eachδ2H = +68.5 ‰
δ18O = +29.79 ‰
UC03-0.25 μLWater in silver tube, batch of 500.25 μL eachδ2H = +68.5 ‰
δ18O = +29.79 ‰
UC04-0.15 μLWater in silver tube, batch of 500.15 μL eachδ2H = +113.6 ‰
δ18O = +38.95 ‰
UC04-0.25 μLWater in silver tube, batch of 500.25 μL eachδ2H = +113.6 ‰
δ18O = +38.95 ‰
USGS46-0.15 μLIce Core Water in silver tube,0.15 μL eachδ2H = —235.8 ‰
batch of 50δ18O = —29.80 ‰
USGS46-0.25 μLIce Core Water in silver tube,0.25 μL eachδ2H = —235.8 ‰
batch of 50δ18O = —29.80 ‰
USGS46a-0.15 μLIce Core Water in silver tube,0.15 μL eachδ2H = —235.6 ‰
batch of 50δ18O = —30.09 ‰
USGS46a-0.25 μLIce Core Water in silver tube,0.25 μL eachδ2H = —235.6 ‰
batch of 50δ18O = —30.09 ‰
USGS47-0.15 μLLake Louise Drinking Water0.15 μL eachδ2H = —150.2 ‰
in silver tube, batch of 50δ18O = —19.80 ‰
USGS47-0.25 μLLake Louise Drinking Water0.25 μL eachδ2H = —150.2 ‰
in silver tube, batch of 50δ18O = —19.80 ‰
USGS48-0.15 μLPuerto Rico Precipitation0.15 μL eachδ2H = —2.0 ‰
in silver tube, batch of 50δ18O = —2.224 ‰
USGS48-0.25 μLPuerto Rico Precipitation0.25 μL eachδ2H = —2.0 ‰
in silver tube, batch of 50δ18O = —2.224 ‰
USGS49-0.15 μLAntarctic Ice-core Water0.15 μL eachδ2H = —394.7 ‰
in silver tube, batch of 50δ18O = —50.55 ‰
USGS49-0.25 μLAntarctic Ice-core Water0.25 μL eachδ2H = —394.7 ‰
in silver tube, batch of 50δ18O = —50.55 ‰
USGS50-0.15 μLLake Kyoga Water in0.15 μL eachδ2H = +32.8 ‰
silver tube, batch of 50δ18O = +4.95 ‰
USGS50-0.25 μLLake Kyoga Water in0.25 μL eachδ2H = +32.8 ‰
silver tube, batch of 50δ18O = +4.95 ‰
USGS53-0.15 μLLake Shala Distilled Water0.15 μL eachδ2H = +40.2 ‰
in silver tube, batch of 50δ18O = +5.47 ‰
USGS53-0.25 μLLake Shala Distilled Water0.25 μL eachδ2H = +40.2 ‰
in silver tube, batch of 50δ18O = +5.47 ‰
USGS82-0.15 μLHoney from tropical Vietnam0.15 μLδ2H = —43.1 ‰
in silver tube, batch of 50δ18O = +19.44 ‰

δ13C = —24.31 ‰
USGS82-0.25 μLHoney from tropical Vietnam0.25 μLδ2H = —43.1 ‰
in silver tube, batch of 50δ18O = +19.44 ‰

δ13C = —24.31 ‰
USGS83-0.15 μLHoney from prairie in Canada0.15 μLδ2H = —110.5 ‰
in silver tube, batch of 50δ18O = +18.20 ‰

δ13C = —26.20 ‰
USGS83-0.25 μLHoney from prairie in Canada0.25 μLδ2H = —110.5 ‰
in silver tube, batch of 50δ18O = +18.20 ‰

δ13C = —26.20 ‰
USGS84-0.15 μLOlive oil from Sicily, Italy0.15 μLδ2H = —140.4 ‰
in silver tube, batch of 50δ18O = +26.36 ‰

δ13C = —28.80 ‰
USGS84-0.25 μLOlive oil from Sicily, Italy0.25 μLδ2H = —140.4 ‰
in silver tube, batch of 50δ18O = +26.36 ‰

δ13C = —28.80 ‰
USGS85-0.15 μLOlive oil from coastal desert,0.15 μLδ2H = —158.6 ‰
Peru in silver tube, batch of 50δ18O = +22.00 ‰

δ13C = —29.74 ‰
USGS85-0.25 μLOlive oil from coastal desert,0.25 μLδ2H = —158.6 ‰
Peru in silver tube, batch of 50δ18O = +22.00 ‰

δ13C = —29.74 ‰
USGS86-0.15 μLPeanut oil from tropical Vietnam0.15 μLδ2H = —207.4 ‰
in silver tube, batch of 50δ18O = +18.76 ‰

δ13C = —30.63 ‰
USGS86-0.25 μLPeanut oil from tropical Vietnam0.25 μLδ2H = —207.4 ‰
in silver tube, batch of 50δ18O = +18.76 ‰

δ13C = —30.63 ‰
USGS87-0.15 μLCorn oil from USA in silver tube,0.15 μLδ2H = —168.1 ‰
batch of 50δ18O = +20.11 ‰

δ13C = —15.51 ‰
USGS87-0.25 μLCorn oil from USA in silver tube,0.25 μLδ2H = —168.1 ‰
batch of 50δ18O = +20.11 ‰

δ13C = —15.51 ‰
W-62001-0.15 μLRSIL DI water in silver tube,0.15 μL eachδ2H = —41.1 ‰
batch of 50δ18O = —6.25 ‰
W-62001-0.25 μLRSIL DI water in silver tube,0.25 μL eachδ2H = —41.1 ‰
batch of 50δ18O = —6.25 ‰
GFLES-1-0.15 μLWater enriched in 2H in silver tube,0.15 μL eachδ2H = +80.1 ‰
batch of 50δ18O = —6.25 ‰

δ17O = —3.32 ‰
GFLES-1-0.25 μLWater enriched in 2H in silver tube,0.25 μL eachδ2H = +80.1 ‰
batch of 50δ18O = —6.25 ‰

δ17O = —3.32 ‰
GFLES-2-0.15 μLWater enriched in 2H in silver tube,0.15 μL eachδ2H = +159.9 ‰
batch of 50δ18O = —6.21 ‰

δ17O = —3.3 ‰
GFLES-2-0.25 μLWater enriched in 2H in silver tube,0.25 μL eachδ2H = +159.9 ‰
batch of 50δ18O = —6.21 ‰

δ17O = —3.3 ‰
GFLES-3-0.15 μLWater enriched in 2H in silver tube,0.15 μL eachδ2H = +280.2 ‰
batch of 50δ18O = —6.14 ‰

δ17O = —3.28 ‰
GFLES-3-0.25 μLWater enriched in 2H in silver tube,0.25 μL eachδ2H = +280.2 ‰
batch of 50δ18O = —6.14 ‰

δ17O = —3.28 ‰
GFLES-4-0.15 μLWater enriched in 2H in silver tube,0.15 μL eachδ2H = +399.8 ‰
batch of 50δ18O = —6.08 ‰

δ17O = —3.25 ‰
GFLES-4-0.25 μLWater enriched in 2H in silver tube,0.25 μL eachδ2H = +399.8 ‰
batch of 50δ18O = —6.08 ‰

δ17O = —3.25 ‰
IAEA-604-0.15 μLWater enriched in 2H in silver tube,0.15 μL eachδ2H = +799.9 ‰
batch of 50δ18O = —5.86 ‰

δ17O = —3.2 ‰
IAEA-604-0.25 μLWater enriched in 2H in silver tube,0.25 μL eachδ2H = +799.9 ‰
batch of 50δ18O = —5.86 ‰

δ17O = —3.2 ‰
NBS 1Glass ampoule of steam condensate50 mLδ2H = —47.1 ‰
from Potomac River waterδ18O = —7.91 ‰
NBS 1aGlass ampoule of snow meltwater50 mLδ2H = —183.2 ‰
from Yellowstone, Wyomingδ18O = —24.36 ‰
W-64444-SSet of 8 ampoules having 7 mL56 mLδ2H = —399.1 ‰
of water per ampouleδ18O = —51.14 ‰
W-67400-SSet of 8 ampoules having 7 mL56 mLδ2H = +1.2 ‰
of water per ampouleδ18O = —1.97 ‰
W-43152Water, 50 mL in glass ampoule50 mLδ2H = —110.4 ‰
δ18O = —14.11 ‰
W-115135AWater, 50 mL in glass ampoule50 mLδ2H = —53.2 ‰
δ18O = —8.52 ‰
W-115143AWater, 50 mL in glass ampoule50 mLδ2H = —4.8 ‰
δ18O = —1.19 ‰
W-133887Water, D2O with relatively low δ18O10 mLD2O = 99.8 %
δ18O = +62 ‰


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