| Alternative title | HVAN-1 : Matériau de référence certifié en vanadium de pureté élevée pour la fraction massique du vanadium et les impuretés élémentaires |
|---|
| Download | |
|---|
| DOI | Resolve DOI: https://doi.org/10.4224/crm.2026.hvan-1 |
|---|
| Author | Search for: Yang, Lu1ORCID identifier: https://orcid.org/0000-0002-4351-2503; Search for: Mihai, Ovidiu1; Search for: Methven, Brad1; Search for: Grinberg, Patricia1ORCID identifier: https://orcid.org/0000-0002-1167-6474; Search for: Chartrand, Michelle M.G.1ORCID identifier: https://orcid.org/0000-0003-3398-7246; Search for: Meija, Juris1ORCID identifier: https://orcid.org/0000-0002-3349-5535; Search for: Mester, Zoltan1ORCID identifier: https://orcid.org/0000-0002-2377-2615 |
|---|
| Affiliation | - National Research Council Canada
|
|---|
| Format | 3D, Material |
|---|
| Material type | High-purity material |
|---|
| Subject | Canadian reference material; HVAN-1; vanadium; elemental impurities |
|---|
| Abstract | HVAN-1 is a high purity vanadium Certified Reference Material (CRM). A unit of HVAN-1 consists of approximately 1 g of high purity vanadium. This material is intended as a primary standard for the determination of mass fraction of vanadium. |
|---|
| Analytes | View analytes| Analyte | Quantity | Value | Expanded uncertainty | Unit | Type |
|---|
| vanadium | mass fraction | 0.999641 | 0.000109 | kg/kg | certified | | lithium | mass fraction | <2 | 2 | µg/kg | certified | | beryllium | mass fraction | <1 | 1 | µg/kg | certified | | boron | mass fraction | 410 | 210 | µg/kg | certified | | carbon | mass fraction | 60000 | 42000 | µg/kg | certified | | nitrogen | mass fraction | 57000 | 52000 | µg/kg | certified | | oxygen | mass fraction | 104000 | 83000 | µg/kg | certified | | fluorine | mass fraction | <9 | 24 | µg/kg | certified | | sodium | mass fraction | 1 | 10 | µg/kg | certified | | magnesium | mass fraction | <3 | 1 | µg/kg | certified | | aluminium | mass fraction | 27000 | 8000 | µg/kg | certified | | silicon | mass fraction | 82000 | 16000 | µg/kg | certified | | phosphorus | mass fraction | 2300 | 1600 | µg/kg | certified | | sulfur | mass fraction | 1200 | 700 | µg/kg | certified | | chlorine | mass fraction | 1 | 8 | µg/kg | certified | | potassium | mass fraction | <22 | 24 | µg/kg | certified | | calcium | mass fraction | <28 | 330 | µg/kg | certified | | scandium | mass fraction | 9 | 9 | µg/kg | certified | | titanium | mass fraction | 1700 | 900 | µg/kg | certified | | chromium | mass fraction | <180 | 240 | µg/kg | certified | | manganese | mass fraction | <2 | 1 | µg/kg | certified | | iron | mass fraction | 5800 | 1700 | µg/kg | certified | | cobalt | mass fraction | 17 | 5 | µg/kg | certified | | nickel | mass fraction | 3100 | 900 | µg/kg | certified | | copper | mass fraction | 25 | 12 | µg/kg | certified | | zinc | mass fraction | 100 | 140 | µg/kg | certified | | gallium | mass fraction | 52 | 21 | µg/kg | certified | | germanium | mass fraction | <40 | 38 | µg/kg | certified | | arsenic | mass fraction | 12 | 4 | µg/kg | certified | | selenium | mass fraction | <44 | 22 | µg/kg | certified | | bromine | mass fraction | <13 | 34 | µg/kg | certified | | rubidium | mass fraction | <4 | 6 | µg/kg | certified | | strontium | mass fraction | <11 | 7 | µg/kg | certified | | yttrium | mass fraction | <3700 | 5200 | µg/kg | certified | | zirconium | mass fraction | 2200 | 1100 | µg/kg | certified | | niobium | mass fraction | <280 | 170 | µg/kg | certified | | molybdenum | mass fraction | 5700 | 1100 | µg/kg | certified | | ruthenium | mass fraction | <10 | 13 | µg/kg | certified | | rhodium | mass fraction | <4 | 5 | µg/kg | certified | | palladium | mass fraction | <10 | 5 | µg/kg | certified | | silver | mass fraction | <12 | 6 | µg/kg | certified | | cadmium | mass fraction | <73 | 37 | µg/kg | certified | | indium | mass fraction | <6 | 3 | µg/kg | certified | | tin | mass fraction | <19 | 9 | µg/kg | certified | | antimony | mass fraction | <6 | 3 | µg/kg | certified | | tellurium | mass fraction | <22 | 11 | µg/kg | certified | | iodine | mass fraction | <1 | 4 | µg/kg | certified | | caesium | mass fraction | <2 | 3 | µg/kg | certified | | barium | mass fraction | <8 | 12 | µg/kg | certified | | lanthanum | mass fraction | <0.5 | 0.3 | µg/kg | certified | | cerium | mass fraction | <0.5 | 0.3 | µg/kg | certified | | praseodymium | mass fraction | <1 | 1 | µg/kg | certified | | neodymium | mass fraction | <2 | 1 | µg/kg | certified | | samarium | mass fraction | <2 | 5 | µg/kg | certified | | europium | mass fraction | <1 | 3 | µg/kg | certified | | gadolinium | mass fraction | <2 | 5 | µg/kg | certified | | terbium | mass fraction | <1 | 1 | µg/kg | certified | | dysprosium | mass fraction | <2 | 5 | µg/kg | certified | | holmium | mass fraction | <1 | 1 | µg/kg | certified | | erbium | mass fraction | <2 | 4 | µg/kg | certified | | thulium | mass fraction | <1 | 1 | µg/kg | certified | | ytterbium | mass fraction | <2 | 4 | µg/kg | certified | | lutetium | mass fraction | <1 | 1 | µg/kg | certified | | hafnium | mass fraction | <4 | 3 | µg/kg | certified | | tantalum | mass fraction | <7600 | 7600 | µg/kg | certified | | tungsten | mass fraction | 160 | 130 | µg/kg | certified | | rhenium | mass fraction | 36 | 94 | µg/kg | certified | | osmium | mass fraction | <18 | 25 | µg/kg | certified | | iridium | mass fraction | <6 | 8 | µg/kg | certified | | platinum | mass fraction | <8 | 4 | µg/kg | certified | | gold | mass fraction | <1700 | 800 | µg/kg | certified | | mercury | mass fraction | <59 | 41 | µg/kg | certified | | thallium | mass fraction | <16 | 9 | µg/kg | certified | | lead | mass fraction | <6 | 3 | µg/kg | certified | | bismuth | mass fraction | <6 | 3 | µg/kg | certified | | thorium | mass fraction | <3 | 4 | µg/kg | certified | | uranium | mass fraction | <3 | 4 | µg/kg | certified |
|
|---|
| Period of validity | - Valid from 2026-03-05 until 2036-03-31
|
|---|
| Storage conditions | |
|---|
| Publication date | 2026-03-05 |
|---|
| Publisher | National Research Council Canada |
|---|
| Copyright statement | - © 2026 National Research Council Canada
|
|---|
| Licence | |
|---|
| Access condition | |
|---|
| References | View items (3)- Meija, Juris, Brad Methven, and Ralph E Sturgeon. ‘Uncertainty of Relative Sensitivity Factors in Glow Discharge Mass Spectrometry’. Metrologia 54, no. 5 (15 September 2017): 796–804. https://doi.org/10.1088/1681-7575/aa83d6.
- Sturgeon, R E, B Methven, S N Willie, and P Grinberg. ‘Assignment of Purity to Primary Metal Calibrants Using Pin-Cell VG 9000 Glow Discharge Mass Spectrometry: A Primary Method with Direct Traceability to the SI International System of Units?’ Metrologia 51, no. 5 (25 June 2014): 410–22. https://doi.org/10.1088/0026-1394/51/5/410.
- ‘Evaluation of Measurement Data — Guide to the Expression of Uncertainty in Measurement’, 2008. https://doi.org/10.59161/jcgm100-2008e.
|
|---|
| Export citation | Export as RIS |
|---|
| Collection | Canadian Reference Materials and Methods |
|---|
| Record identifier | 2f86bed3-a929-40b3-b994-c6841c4ee15e |
|---|
| Record created | 2026-03-18 |
|---|
| Record modified | 2026-03-18 |
|---|
