Calibration and Capabilities Amount of substance,, Russian Federation (Ural Scientific and Research Institiute Metrology, Rosstandart) (D.I. Mendeleyev Institute Metrology, Rosstandart) The uncertainty ranges given in the following CMCs may be expressed according to two conventions. For ' ', the uncertainty range spans from the smallest numerical value of the uncertainty to the largest numerical value of the uncertainty found within the quantity range. For ' ', the uncertainty range is the uncertainty of the smallest value of the quantity to the The uncertainties correspond to k = 2 (level of confidence 95%) 1.2-01 1.2-02 1.1-02 Sub- 1.3-1 Metals 1.3-2 Metals organic organic hydrogen phthalate pentafluorobenzoic acid hexachlorobenzene total acid content hydrogen phthalate silver bismuth Quantity of 95 100 % 5.0 0.1 % Yes 99.9 99.9 % 0.1 0.1 % Yes 95 100 % 5.0 0.1 % Yes 99.9 99.9 % 0.1 0.1 % Yes 99.9 100 % 0.011 0.03 % Yes 99.998 99.998 % 0.014 0.014 % Yes GSO (RF) 7752-2000 GSO (RF) 5213-90 Primary measurement, CRM (GCO 2216-81, batch 13) 0.25 100 mg/kg 0.10 10 mg/kg No Calibration 0.050 10 mg/kg 0.030 1 mg/kg No Calibration The work has been done in cooperation with IOS UrO RAN ( Synthesis Institute of the Ural Branch of the Russian Academy of Sciences) The work has been done in cooperation with IOS UrO RAN ( Synthesis Institute of the Ural Branch of the Russian Academy of Sciences) December 2011 The BIPM key comparison database, August 2017 1/5
Calibration and Capabilities Amount of substance,, Russian Federation (Ural Scientific and Research Institiute Metrology, Rosstandart) (D.I. Mendeleyev Institute Metrology, Rosstandart) The uncertainty ranges given in the following CMCs may be expressed according to two conventions. For ' ', the uncertainty range spans from the smallest numerical value of the uncertainty to the largest numerical value of the uncertainty found within the quantity range. For ' ', the uncertainty range is the uncertainty of the smallest value of the quantity to the The uncertainties correspond to k = 2 (level of confidence 95%) Sub- 1.3-3 Metals 1.3-4 Metals 1.3-5 Metals 1.3-6 Metals 1.2-03 1.2-04 1.2-05 1.2-06 1.2-07 1.2-08 valine alanine leucine isoleucine proline cadmium chromium nickel thallium valine alanine leucine isoleucine proline of Quantity 0.25 100 mg/kg 0.10 10 mg/kg No Calibration The BIPM key comparison database, August 2017 2/5
Calibration and Capabilities Amount of substance,, Russian Federation (Ural Scientific and Research Institiute Metrology, Rosstandart) (D.I. Mendeleyev Institute Metrology, Rosstandart) The uncertainty ranges given in the following CMCs may be expressed according to two conventions. For ' ', the uncertainty range spans from the smallest numerical value of the uncertainty to the largest numerical value of the uncertainty found within the quantity range. For ' ', the uncertainty range is the uncertainty of the smallest value of the quantity to the The uncertainties correspond to k = 2 (level of confidence 95%) 1.2-09 1.2-10 1.2-11 1.2-12 1.2-13 1.2-14 1.2-15 1.2-16 1.2-17 Sub- serine threonine cysteine methionine aspartic acid asparagine glutamic acid glutamine lysine serine threonine cysteine methionine aspartic acid asparagine glutamic acid glutamine lysine of Quantity The BIPM key comparison database, August 2017 3/5
Calibration and Capabilities Amount of substance,, Russian Federation (Ural Scientific and Research Institiute Metrology, Rosstandart) (D.I. Mendeleyev Institute Metrology, Rosstandart) The uncertainty ranges given in the following CMCs may be expressed according to two conventions. For ' ', the uncertainty range spans from the smallest numerical value of the uncertainty to the largest numerical value of the uncertainty found within the quantity range. For ' ', the uncertainty range is the uncertainty of the smallest value of the quantity to the The uncertainties correspond to k = 2 (level of confidence 95%) 1.2-18 1.2-19 1.2-20 1.2-21 1.2-22 Sub- arginine histidine phenylalanin e tyrosine tryptophan arginine histidine phenylalanine tyrosine tryptophan of Quantity 1.1-01 dichromate oxidants dichromate 99.950 100 % 0.013 0.03 % Yes 99.971 99.971 % 0.018 0.018 % Yes Primary measurement, CRM (GCO 2215-81, batch 16) 03 (GSO 9969-2011) 03/1 halides (Cl-, Br-, I-) Cl- ions expressed as 99.5 100 % 0.021 0.030 % Yes 99.900 100.00 0 99.5 100 % 0.021 0.030 % Yes % 0.024 0.030 % Yes customer The BIPM key comparison database, August 2017 4/5
Calibration and Capabilities Amount of substance,, Russian Federation (Ural Scientific and Research Institiute Metrology, Rosstandart) (D.I. Mendeleyev Institute Metrology, Rosstandart) The uncertainty ranges given in the following CMCs may be expressed according to two conventions. For ' ', the uncertainty range spans from the smallest numerical value of the uncertainty to the largest numerical value of the uncertainty found within the quantity range. For ' ', the uncertainty range is the uncertainty of the smallest value of the quantity to the The uncertainties correspond to k = 2 (level of confidence 95%) Sub- of Quantity 04 sodium halides (Cl-, Br-, I-) sodium 99.5 100 % 0.021 0.030 % Yes 99.900 100.00 0 % 0.024 0.030 % Yes (GSO 4391-88) 04/1 241-1.2-1 sodium Cl- ions expressed as sodium nitrogen 99.5 100 % 0.021 0.030 % Yes 18.47 18.65 % 0.11 0.15 % No 18.47 18.65 % 0.13 0.18 % No customer (GSO 10272-2013) The BIPM key comparison database, August 2017 5/5