GOST 11088-75
ГОСТ 11088-75
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Reagents. Magnesium nitrate hexahydrate. Specifications
Реактивы. Магний нитрат 6-водный. Технические условия
Status: Effective - Supersedes. The limitation of effectiveness has been lifted: Protocol No. 5-94 of the IGU dated 05.17.94 (IUS 11-12-1994)
The standard applies to 6-water nitrate magnesium, which is a colorless monoclinic crystals melted in the air; easily soluble in water and alcohol.
Стандарт распространяется на 6-водный нитратмагния, представляющий собой бесцветные моноклинические кристаллы, расплывающиеся на воздухе; легко растворим в воде и спирте.
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Format: Electronic (pdf/doc)
Approved: Gosstandart of the USSR,
1/22/1975
SKU: RUSS63575
The Product is Contained in the Following Classifiers:
PromExpert »
SECTION I. TECHNICAL REGULATION »
V Testing and control »
3 Activities of testing laboratories »
3.2 Technical equipment of testing laboratories »
3.2.3 Chemical reagents and highly pure substances »
3.2.3.1 Reagents »
ISO classifier »
71 CHEMICAL INDUSTRY »
71.040 Analytical Chemistry »
71.040.30 Chemical reagents »
National standards »
71 CHEMICAL INDUSTRY »
71.040 Analytical Chemistry »
71.040.30 Chemical reagents »
National Standards for KGS (State Standards Classification) »
Latest edition »
L Chemical products and rubber-asbestos products »
L5 Reagents and highly pure substances »
L51 Inorganic reagents »
National Standards for OKSTU »
CHEMICAL REAGENTS AND HIGH PURITY SUBSTANCES »
Salts of alkali metals, ammonium, alkaline earth metals, beryllium and aluminum »
As a Replacement Of:
GOST 11088-64: Magnesium nitrate
The Document References:
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GOST 10485-75: Reagents. Methods for determination of arsenic admixture
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GOST 10671.6-74: Reagents. Methods for determination of phosphates
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GOST 17319-76: Reagents. Methods for the determination of heavy metals
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The Document is Referenced By:
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GOST R 51823-2001: Alcoholic products and raw material for its production. Inversion-voltammetric method for determination of cadmium, lead, zinc, copper, arsenic, mercury, iron and total sulphur dioxide content
GOST R 51962-2002: Food-stuffs and food raw materials. Anodic stripping voltammetric method of arsenic concentration determination
GOST R 52097-2003: Production of beekeeping. Mineralisation of samples for determination of toxic elements
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GOST R 52962-2008: Water. Methods for determination of chromium (VI) and total chromium
GOST R 53100-2008: Medical remedies for veterinary use, feed and feed additives. Detection of mass fraction of cadmium and lead by atom absorption spectrometric method
GOST R 53101-2008: Medical remedies for veterinary use, feed and feed additives. Detection of mass fraction of arsenic by atom absorption spectrometric method
GOST R 57162-2016: Water. Determination of elements content by graphite furnace atomic absorption spectrometry
MU 08-47/077: Quantitative chemical analysis of food samples (fatty foods). Methodology for measuring mass concentrations of arsenic and iron by inversion voltammetry
MU 08-47/078: Quantitative chemical analysis of food samples (alcoholic and non-alcoholic drinks, drinking and mineral waters). Methodology for measuring mass concentrations of arsenic and iron by inversion voltammetry
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MU 08-47/222: Breast milk. Inversion voltammetric method for measuring mass concentrations of elements and vitamins
MU 08-47/247: Grain and products of its processing, silage from green plants, feed, animal feed, animal feed and feed additives. Inversion voltammetric method for determining the content of iron, iodine, cobalt, manganese, arsenic, nickel, mercury and selenium
MU 31-05/04: Quantitative chemical analysis of food samples, food raw materials, dietary supplements. Methodology for measuring mass concentrations of arsenic by inversion voltammetry on TA-type analyzers
PND F 14.1:2:4.140-98: Quantitative chemical analysis of water. Methods for measuring mass concentrations of beryllium, vanadium, bismuth, cadmium, cobalt, copper, molybdenum, arsenic, nickel, tin, lead, selenium, silver, antimony, chromium in drinking, natural and waste waters using atomic absorption spectrometry with electrothermal atomization
PND F 14.1:2:4.235-06: Methods for measuring the mass concentration of selenium in drinking, natural, mineral, waste and process water solutions using stripping voltammetry on TA analyzers
PND F 16.2.2:2.3.71-2011: Quantitative chemical analysis of soil. Methods of measuring the mass fractions of metals in sewage sludge, bottom sediments, samples of plant origin by spectral methods
PNST 63-2015: Materials from multiwall carbon nanotubes. Specifications
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RD 52.18.583-2011: Method for measuring the mass fraction of antimony in samples of soils and bottom sediments by atomic absorption spectrometry with electrothermal atomization. NGO "Typhoon"
RD 52.18.685-2006: Guidelines. Determination of the mass fraction of metals in soil samples and bottom sediments. The method of measurement using atomic absorption spectrophotometry. NGO "Typhoon"
RD 52.24.377-2008: The mass concentration of Aluminium, beryllium, vanadium, iron, cadmium, cobalt, manganese, copper, molybdenum, nickel, lead, silver, chromium and zinc in water. Methods of measurement by atomic absorption with a direct electrothermal atomization of samples.
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ST RK GOST R 51309-2003: Drinking water. Determination of elements content by atomic spectrometry methods
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