GOST 20478-75
ГОСТ 20478-75
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Reagents. Ammonium persulphate. Specifications
Реактивы. Аммоний надсернокислый. Технические условия
Status: Effective. The limitation of effectiveness has been lifted: Protocol No. 2-92 of the IGU dated 05.10.92 (IUS 2-1993)
The standard applies to ammonium persulphate (persulfate), which is a white crystalline powder, soluble in water.
Стандарт распространяется на надсернокислый аммоний (персульфат), представляющий собой белый кристаллический порошок, растворимый в воде.
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Format: Electronic (pdf/doc)
Approved: Gosstandart of the USSR,
2/4/1975
SKU: RUSS64650
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 »
As a Replacement Of:
GOST 5.1057-71: Ammonium persulfuric acid (persulfate). Quality requirements for certified products
The Document References:
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MU 4981-89: Guidelines for measuring the concentrations of stearic acid versamide (VSA) in the air of the working area by thin layer chromatography
MU 4983-89: Guidelines for the measurement of butrazine concentrations in the air of a working zone by gas-liquid chromatography methods
MU 4984-89: Guidelines for measuring the concentration of zollen in the air of the working area by thin layer chromatography
MU 4985-89: Guidelines for measuring the concentrations of GMF, TMDI, GMDI, CGI, ATG, ATG-F in the air of the working area by thin layer chromatography
MU 4986-89: Guidelines for measuring the concentration of pachton in the air of the working area by thin layer chromatography
MU 4988-89: Guidelines for measuring the concentration of morphonol in the air of the working area by thin layer chromatography
MU 4989-89: Guidelines for measuring the concentration of ethyl acetoacetic acid in the air of the working area by thin layer chromatography
MU 4990-89: Guidelines for measuring the concentrations of trifumin and its metabolites in the air of the working zone by thin layer chromatography
MU 4991-89: Guidelines for measuring the concentration of lasso in the air of the working zone by chromatographic method
MU 4992-89: Guidelines for measuring the concentrations of sym-triazines (ametrine, mesoranyl, semeron, hezaran, Zencor, igran) in the air of the working zone by thin-layer and gas-liquid chromatography
MU 4993-89: Guidelines for measuring the concentration of dimethyl phosphite in the air of the working zone by thin layer chromatography
MU 4994-89: Methodological guidelines for determining in one sample organophosphorus and organochlorine pesticides used on tomatoes by chromatographic methods
MU 5003-89: Guidelines for the determination of applaud in plant material (tomatoes, cucumbers, fruits and green mass), soil, water by gas-liquid chromatography
MU 5005-89: Guidelines for the determination of Apollo in water, soil, fruit crops by thin-layer and gas-liquid chromatography
MU 5021-89: Guidelines for the determination of a mixture of carbofuran with benomyl and TMTD (combi preparation) in sugar beet plants by thin layer chromatography
MU 5024-89: Guidelines for the determination of diquat in fish and water by thin layer chromatography
MU 5036-89: Guidelines for the determination of a mixture of metaphos, bayleton and tilt in wheat plants by thin layer chromatography
MU 5037-89: Guidelines for the determination of corbel in water, soil and wheat plants by thin layer chromatography
MU 5044-89: Guidelines for the determination of TMTD and its transformation products in water, grain crops and plant material by thin layer chromatography
MU 5045-89: Guidelines for measuring the concentration of glyphosine tetramethyl ether in the air of the working area by thin layer chromatography
MU 5047-89: Guidelines for the measurement of dextramine concentrations in the air of the working area by thin layer chromatography
MU 5818-91: Guidelines for measuring concentrations of betanal in the air of the working area by thin layer chromatography
MU 6120-91: Methodological guidelines for measuring ephal concentrations in workplace air by photometric and gas chromatographic methods
MU 6266-91: Guidelines for measuring the concentration of a mixture of phosphites (intermediate products of the synthesis of the drug Efal-M) in the air of the working zone by the photometric method
MUK 4.1.1469-03: Atomic absorption method for determination of mercury mass concentration in potable, natural and sewage waters
MUK 4.1.1470-03: Atomic absorption method for determination of mercury mass concentration in soils and solid mineral materials
MUK 4.1.2251-07: Measurement of mass concentrations of nickel tetracarbonyl (TKN) in the air of the working area using gas chromatography
OST 34-70-953.19-91: Water of industrial thermal electric power stations. Method for determination of EDTA and its salts.
OST 39-191-85: Water for flooding of oil reservoirs. Determination of iron content in field wastewater.
PND F 13.1.48-04: Methods for measuring the mass fraction of nickel in dust samples of industrial emissions by the photometric method
PND F 14.1.46-96: Quantitative chemical analysis of water. Methods for measuring the mass concentration of nickel in wastewater by the photometric method with dimethylglyoxime
PND F 14.1:2.46-96: Quantitative chemical analysis of water. Methods of measuring the mass concentration of nickel in natural and waste waters by the photometric method with dimethylglyoxime
PND F 14.1:2.52-96: Quantitative chemical analysis of water. Methods for measuring the mass concentration of chromium ions in natural and waste waters by the photometric method with diphenylcarbazide
PND F 14.1:2.54-96: Quantitative chemical analysis of water. Methods for measuring the mass concentration of lead in natural and treated wastewater by the photometric method with dithizone
PND F 14.1:2.60-96: Quantitative chemical analysis of water. Methods for measuring the mass concentration of zinc ions in natural and treated wastewater by the photometric method with dithizone
PND F 14.1:2.61-96: Quantitative chemical analysis of water. Methods for measuring the mass concentration of manganese in natural and waste waters by the photometric method with ammonium persulfate
PND F 14.1:2.62-96: Quantitative chemical analysis of water. Methods for measuring the mass concentration of petroleum products in natural and treated wastewater using column chromatography with a spectrophotometric end
PND F 14.1:2:4.165-2000: Quantitative chemical analysis of water. Methods for measuring the total mass concentration of mineral and organic phosphorus (total phosphorus) in drinking, natural and wastewater samples by the photometric method
PND F 14.1:2:4.166-2000: Quantitative chemical analysis of water. Methods for measuring the mass concentration of aluminum in samples of natural, treated wastewater and drinking water by the photometric method with aluminon
PND F 14.1:2:4.248-07: Quantitative chemical analysis of water. Methods of measuring mass concentrations of orthophosphates, polyphosphates and total phosphorus in drinking, natural and waste waters by the photometric method
PND F 14.1:2:4.52-96: Quantitative chemical analysis of water. Methods of measuring the mass concentration of chromium ions in drinking, surface and waste waters by photometric method with diphenylcarbazide
PND F 14.1:2:4.60-96: Quantitative chemical analysis of water. Methods of measuring the mass concentration of zinc ions in drinking, surface and waste waters by the photometric method with dithizone
PND F 14.1:2:4.72-96: Quantitative chemical analysis of water. Methods for measuring the mass concentration of chromium ions in drinking, natural and wastewater samples by stripping voltammetry
PND F 16.1:2.2:2.3:3.61-09: Quantitative chemical analysis of soil. Methods for measuring the mass fractions of organochlorine pesticides and polychlorinated biphenyls in soils, bottom sediments, sewage sludge and production and consumption wastes using chromatography-mass spectrometry
PND F 16.1:2.3:3.44-05: Quantitative chemical analysis of soil. Methods for measuring the mass fraction of volatile phenols in soil samples, sewage sludge and waste by the photometric method after steam stripping
PND F 16.1:2:2.2:3.68-10: Quantitative chemical analysis of soil. Methods of measuring the mass fraction of manganese in soil samples, soil, sediment, silt, production and consumption waste by photometric method with ammonium persulfate
PNST 34-2015: Multiplayer graphene. Specifications
RD 153-34.1-10.412-00: Specified Quantity Allowances for Reagent and Laboratory Vessels for Chemical Monitoring at Thermal Power Stations
RD 34.10.409-87: Specified Quantity Allowances for Chemical Reagents for Thermal Power Station Wastewater Monitoring
RD 52.04.186-89: Part 1. Guidance on the control of air pollution. Pollution of the atmosphere in cities and other settlements. Main Geophysical Observatory. A.I.Voyeikova (MGO)
RD 52.10.243-92: Guideline on the chemical analysis of sea waters.
RD 52.24.428-2009: Mass concentration of total chromium and chromium (VI) in waters, measurement procedure using the inversion voltammetric method
RD 52.24.467-2008: Mass concentration of manganese ions in water. Measurement technique using photometric method with formaldoxime.
RD 52.24.494-2006: Mass concentration of nickel in waters. The method of measurement using the photometric method with dimethylglyoxime
RD 52.24.494-95: Guidelines. Methods for measuring the mass concentration of nickel in surface water by photometric method with dimethylglyoxime
RD 52.24.516-2006: Mass concentration of copper and zinc in waters. The method of measurement using the photometric method from a single sample
RD RTM 26-362-80: Accelerated and marking methods for chemical and spectral analysis of basic and welding materials in chemical and petroleum engineering. Methods of chemical analysis of iron and steel
RD RTM 26-363-80: Accelerated and marking methods for chemical and spectral analysis of basic and welding materials in chemical and petroleum engineering. Methods of chemical analysis of monel-metal alloy
RD RTM 26-364-80: Accelerated and marking methods for chemical and spectral analysis of basic and welding materials in chemical and petroleum engineering. Methods of chemical analysis of basic elements in ferroalloys
RD RTM 26-365-80: Accelerated and marking methods for chemical and spectral analysis of basic and welding materials in chemical and petroleum engineering. Methods of chemical analysis of welding fluxes and electrode coatings
RDM 929-04-93: Certificate of measurement of the mass fraction of manganese in carbon steels and unalloyed iron in the control of raw materials
RDM 929-05-93: Certificate for the method of measuring the mass fraction of manganese in alloyed steels under the control of raw materials
RDM 929-06-93: Certificate for the method of measuring the mass fraction of manganese in alloyed steels under the control of raw materials
RDM 929-07-93: Certificate for the method of measuring the mass fraction of manganese by the titrimetric method with a cobalt-copper catalyst in carbon steel in the control of raw materials and finished products
RDM 929-08-93: The certificate on the method of measurement of the chromium mass fraction by the titrimetric method in alloyed and high-alloyed steel not containing vanadium
RDM 929-09-93: The certificate on a technique of performance of measurements of a mass fraction of chrome a titrimetric method in the alloyed and high-alloyed steel
RDM 929-10-93: Certificate for the method of measuring the mass fraction of chromium in carbon steel in the control of raw materials and finished products
ST RK ISO 1956-2010: Protection of Nature. Hydrosphere. Determination of aluminum content in drinking, ground and wastewater
TsV 3.04.53-2004: Methods for measuring the mass concentration of total phosphorus and phosphorus phosphates in drinking, natural and waste water samples by the photometric method
VMU 3881-85: Temporary guidelines for photometric and chromatographic measurements of the concentration of mikal in the air of the working area
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