ISO 11490 Jewellery - Determination of palladium in palladium jewellery alloys - Gravimetric determination with dimethylglyoxime - Second Edition
Данный раздел/документ содержится в продуктах:
- Техэксперт: Машиностроительный комплекс
- Картотека зарубежных и международных стандартов
- CEN EN ISO 11490 Determination of Palladium in Palladium Jewellery Alloys - Gravimetric Method with Dimethyl Glyoxime
- BSI BS EN 1904 Precious Metals - The Finenesses of Solders Used with Precious Metal Jewellery Alloys
- BSI BS EN ISO 11489 Determination of Platinum in Platinum Jewellery Alloys - Gravimetric Method After Reduction with Mercury (I) Chloride
- BSI BS EN 29202 Jewellery - Fineness of Precious Metal Alloys
- BSI BS EN ISO 11489 Determination of Platinum in Platinum Jewellery Alloys - Gravimetric Method After Reduction with Mercury (I) Chloride
- BSI BS EN 1904 Precious Metals - The Finenesses of Solders Used with Precious Metal Jewellery Alloys
- 39
- CEN EN ISO 11490 Determination of Palladium in Palladium Jewellery Alloys - Gravimetric Method with Dimethyl Glyoxime
- BSI BS EN 1904 Precious Metals - The Finenesses of Solders Used with Precious Metal Jewellery Alloys
- BSI BS EN ISO 11489 Determination of Platinum in Platinum Jewellery Alloys - Gravimetric Method After Reduction with Mercury (I) Chloride
- BSI BS EN 29202 Jewellery - Fineness of Precious Metal Alloys
- BSI BS EN ISO 11489 Determination of Platinum in Platinum Jewellery Alloys - Gravimetric Method After Reduction with Mercury (I) Chloride
- BSI BS EN 1904 Precious Metals - The Finenesses of Solders Used with Precious Metal Jewellery Alloys
- 39.060
- CEN EN ISO 11490 Determination of Palladium in Palladium Jewellery Alloys - Gravimetric Method with Dimethyl Glyoxime
- BSI BS EN 1904 Precious Metals - The Finenesses of Solders Used with Precious Metal Jewellery Alloys
- BSI BS EN ISO 11489 Determination of Platinum in Platinum Jewellery Alloys - Gravimetric Method After Reduction with Mercury (I) Chloride
- BSI BS EN 29202 Jewellery - Fineness of Precious Metal Alloys
- BSI BS EN ISO 11489 Determination of Platinum in Platinum Jewellery Alloys - Gravimetric Method After Reduction with Mercury (I) Chloride
- BSI BS EN 1904 Precious Metals - The Finenesses of Solders Used with Precious Metal Jewellery Alloys
- CEN EN ISO 11490 Determination of Palladium in Palladium Jewellery Alloys - Gravimetric Method with Dimethyl Glyoxime
- BSI BS EN ISO 11490 Determination of Palladium in Palladium Jewellery Alloys - Gravimetric Method with Dimethyl Glyoxime
- BSI BS EN 1904 Precious Metals - The Finenesses of Solders Used with Precious Metal Jewellery Alloys
- BSI BS EN ISO 11489 Determination of Platinum in Platinum Jewellery Alloys - Gravimetric Method After Reduction with Mercury (I) Chloride
- BSI BS EN 29202 Jewellery - Fineness of Precious Metal Alloys
- BSI BS EN ISO 11489 Determination of Platinum in Platinum Jewellery Alloys - Gravimetric Method After Reduction with Mercury (I) Chloride
- BSI BS EN 1904 Precious Metals - The Finenesses of Solders Used with Precious Metal Jewellery Alloys
- CEN EN ISO 11490 Determination of Palladium in Palladium Jewellery Alloys - Gravimetric Method with Dimethyl Glyoxime
- BSI BS EN ISO 11490 Determination of Palladium in Palladium Jewellery Alloys - Gravimetric Method with Dimethyl Glyoxime
- BSI BS EN 1904 Precious Metals - The Finenesses of Solders Used with Precious Metal Jewellery Alloys
- BSI BS EN ISO 11489 Determination of Platinum in Platinum Jewellery Alloys - Gravimetric Method After Reduction with Mercury (I) Chloride
- BSI BS EN 29202 Jewellery - Fineness of Precious Metal Alloys
- BSI BS EN ISO 11489 Determination of Platinum in Platinum Jewellery Alloys - Gravimetric Method After Reduction with Mercury (I) Chloride
- BSI BS EN 1904 Precious Metals - The Finenesses of Solders Used with Precious Metal Jewellery Alloys
- BSI BS EN 1904 Precious Metals - The Finenesses of Solders Used with Precious Metal Jewellery Alloys
- BSI BS EN ISO 11489 Determination of Platinum in Platinum Jewellery Alloys - Gravimetric Method After Reduction with Mercury (I) Chloride
- BSI BS EN 29202 Jewellery - Fineness of Precious Metal Alloys
- BSI BS EN ISO 11489 Determination of Platinum in Platinum Jewellery Alloys - Gravimetric Method After Reduction with Mercury (I) Chloride
- BSI BS EN ISO 11489 Determination of Platinum in Platinum Jewellery Alloys - Gravimetric Method After Reduction with Mercury (I) Chloride
- BSI BS EN 29202 Jewellery - Fineness of Precious Metal Alloys
- BSI BS EN 29202 Jewellery - Fineness of Precious Metal Alloys
- BSI BS EN ISO 11210 Determination of Platinum in Platinum Jewellery Alloys - Gravimetric Method After Precipitation of Diammonium Hexachloroplatinate
- BSI BS ISO 11596 Jewellery - Sampling of precious metal alloys for and in jewellery and associated products
- BSI BS ISO 11494 Jewellery - Determination of platinum in platinum jewellery alloys - ICP-OES method using yttrium as internal standard element
- ISO 9202 Jewellery - Fineness of precious metal alloys - Second Edition
- CEN EN ISO 11490 Determination of Palladium in Palladium Jewellery Alloys - Gravimetric Method with Dimethyl Glyoxime
- Картотека зарубежных и международных стандартов
International Organization for Standardization
Jewellery - Determination of palladium in palladium jewellery alloys - Gravimetric determination with dimethylglyoxime - Second Edition
N 11490
Annotation
This International Standard specifies a gravimetric method for the determination of palladium in palladium jewellery alloys, preferably within the range of fineness stated in ISO 9202.
These alloys may contain silver, indium, gallium, copper, cobalt, nickel, tin, and ruthenium. Coprecipitated elements have to be determined by a suitable method and a correction applied.
Автоматический перевод:
Драгоценности - Определение палладия в ювелирных сплавах палладия - Гравиметрическое определение с диметилглиоксимом - Второй Выпуск
Этот Международный стандарт определяет, что гравиметрический метод для определения палладия в ювелирных сплавах палладия, предпочтительно в диапазоне дисперсности заявил в ISO 9202.
Эти сплавы могут содержать серебро, индий, галлий, медь, кобальт, никель, олово и рутений. Соосажденные элементы должны быть определены подходящим методом и примененным исправлением.
