Other norms

2004

FR.1.29.2004.01135
FR.1.29.2004.01135
MVI mass concentration of acetone, acetaldehyde ethyl acetate, butyl acetate, m, o, p-xylene, benzene, toluene, ethyl benzene, styrene, methyl methacrylate, epichlorohydrin, methyl alcohol, ethyl alcohol, isopropyl alcohol, n-propyl alcohol, isobutyl alco
FR.1.29.2004.01136
FR.1.29.2004.01136
MA117-2IAC-52-2001 KHA Methodology for measuring the mass fractions of impurities (gold, copper, iron, platinum, palladium, rhodium, bismuth, lead, antimony, zinc, cobalt, nickel, arsenic, tellurium, manganese, tin, cadmium , chromium, selenium, aluminum,
FR.1.29.2004.01137
FR.1.29.2004.01137
MA 117-2IAC-53-2001 КХА Methods for measuring mass fractions of sodium, magnesium, aluminum, silicon, phosphorus, sulfur, calcium, potassium, titanium, manganese, iron, copper, zinc, arsenic, lead, and antimony in samples of gold ores and their processing
FR.1.29.2004.01138
FR.1.29.2004.01138
№ 8-99 Industrial emissions. Mass concentration of sums of aliphatic amines. The method of measurement using the photocolorimetric method No. 8-2009 MVI mass concentration of the sum of aliphatic amines (mommethylamine, dimethylamine, rimethylamine) in terms of
FR.1.29.2004.01139
FR.1.29.2004.01139
№ 51-2000 Industrial emissions. Atmospheric air. Workplace air. Mass concentration of organic compounds. The method of measurement using gas chromatography method №51-2009 MVI mass concentration of organic compounds in industrial emissions
FR.1.29.2004.01140
FR.1.29.2004.01140
Methods for measuring the mass concentration of acid-soluble forms of heavy metals of toxic elements (Cd, Pb, Cu, Zn, Bi, Tl, Ag, Fe, Se, Co, Ni, As, Sb, Hg, Mn) in soils and soil , sediments, sewage sludge by the method of inversion
FR.1.29.2004.01145
FR.1.29.2004.01145
Measurement Technique (MVI) of mass concentration of mobile forms of heavy metals of toxic elements (Cd, Pb, Cu, Zn, Bi, Tl, Ag, Fe, Se, Co, Ni, As, Sb, Hg, Mn) in soils, soils, bottom sediments, sewage sludge using inversion volts
FR.1.29.2004.01153
FR.1.29.2004.01153
Measurement Technique (MVI) of mass concentration of heavy metals and toxic elements (Cd, Pb, Cu, Zn, Bi, Tl, Ag, Fe, Se, Co, Ni, As, Sb, Hg, Mn) in atmospheric air, air residential and public buildings by the method of inversion voltammetry
FR.1.29.2004.01164
FR.1.29.2004.01164
MVI FSUE MNIIEKO TEK No. 01.04.193 Methods for measuring the mass concentrations of metals in samples of waste, treated waste and natural waters by the chemical-spectral method in the absence of interfering components (iron, manganese, aluminum) using
FR.1.29.2004.01169
FR.1.29.2004.01169
M 01-21-2001 Methods for measuring the mass concentration of benzo (a) pyrene in samples of natural, drinking and waste waters by high performance liquid chromatography using a Fluorat-2 liquid analyzer as fluorometric
FR.1.29.2004.01170
FR.1.29.2004.01170
M 01-31-2002 Methods for measuring mass concentrations of cations of potassium, sodium, lithium, magnesium, calcium, ammonium, strontium, barium in drinking, natural, wastewater samples using capillary electrophoresis using a capillary electrophoresis sys
FR.1.29.2004.01171
FR.1.29.2004.01171
M 01-29-98 Methods for measuring mass concentrations of manganese, copper, cobalt, iron, cadmium, lead and nickel in samples of natural and waste waters by the atomic absorption method with electrothermal atomization using an MGA-91 analyzer
FR.1.29.2004.01193
FR.1.29.2004.01193
M 04-19-2000 Methods for measuring the mass fraction of copper, zinc, cadmium, lead in samples of grain, flour-and-cereals and bakery products, fruits and vegetables and flour of animal origin by the atomic absorption method with electrothermal atomic
FR.1.29.2004.01196
FR.1.29.2004.01196
M 03-04-2002 Methods for measuring the mass fraction of benzo (a) pyrene in soil, soil, bottom sediment and solid waste samples using high performance liquid chromatography using Fluorat-02 liquid analyzer as fluorimetry
FR.1.29.2004.01215
FR.1.29.2004.01215
MVI mass emissions (mass consumption) of pollutants: nitrogen oxides in terms of nitrogen dioxide, carbon monoxide, sulfur dioxide with flue gases from boilers consuming various types of organic fuel (fuel oil, gas, coal)
FR.1.29.2004.01220
FR.1.29.2004.01220
M 04-10-2002 Methods for measuring the mass fraction of vitamins A (in the form of retinol) and E (in the form of a-tocopherol) in samples of food and food raw materials by HPLC using the Fluorat-02 fluid analyzer
FR.1.29.2004.01221
FR.1.29.2004.01221
M 04-19-2000 Methods for measuring the mass fractions of copper, zinc, cadmium, lead in samples of grain, flour-milling and bakery products, fruits and vegetables and flour of animal origin by the atomic absorption method with an electrothermal atom
FR.1.29.2004.01222
FR.1.29.2004.01222
CM.01.02.07.02-02 MVI. Determination of the chemical composition of steels and alloys based on iron by photoelectric spectral analysis on an automatic spectral analyzer "SA-2000" in the mode of exciting the optical spectrum by a source of high frequencies
FR.1.29.2004.01223
FR.1.29.2004.01223
M 03-07-2003 Methodology for measuring the mass fraction of copper, manganese, nickel, cobalt, lead, cadmium, arsenic in soil and bottom sediment samples by the atomic absorption method with electrothermal atomization on the MGA-915 atomic absorption spec
FR.1.29.2004.01224
FR.1.29.2004.01224
AM 72-266-2001 IHAA pig iron doped and high-alloyed. Determination of the mass fractions of silicon, manganese, chromium, nickel, aluminum, sulfur, phosphorus, copper, titanium, vanadium, molybdenum by the X-ray fluorescence spectral method for the contro
FR.1.29.2004.01225
FR.1.29.2004.01225
AM 72-179-2002 ICHA of refractory products periclase-chromite and chromitopericlase. Determination of mass fractions of magnesium oxide, chromium oxide, silicon oxide (IV), aluminum oxide and calcium oxide by the X-ray fluorescent spectral method with the
FR.1.29.2004.01226
FR.1.29.2004.01226
AM 72-275-2002 MKHA steel steels carbon and alloyed. Determination of mass fractions of manganese, chromium, nickel, copper, titanium, aluminum, silicon, molybdenum, vanadium and niobium by the atomic emission method with inductively coupled plasma during
FR.1.29.2004.01227
FR.1.29.2004.01227
M 04-15-2004Methodics of measuring the mass fraction of benzo (a) pyrene in sausage samples, meat and fish smoked products, vegetable oils, food grains and products of its processing by HPLC using the Fluorat-02 liquid analyzer
FR.1.29.2004.01241
FR.1.29.2004.01241
M 04-37-2004 Wheat. Determination of the mass fraction of protein, moisture, vitreousness, quantity and quality of raw gluten using spectroscopy in the near infrared region using the InfraLUM FT-10 analyzer. Canceled by letter No. 12
FR.1.29.2004.01283
FR.1.29.2004.01283
M 01-30-2003 Methodology for measuring mass concentrations of chloride ions, nitrite ions, sulfate ions, nitrate ions, fluoride ions and phosphate ions in samples of natural, drinking and treated wastewater using the Kappel capillary electrophoresis syste
FR.1.29.2004.01284
FR.1.29.2004.01284
Quantitative chemical analysis of water. Methods for measuring the mass concentration of molybdenum (VI) ions in drinking, mineral, natural, marine and treated wastewater by the method of alternating polarography on a voltamprometric analyzer
FR.1.29.2004.01285
FR.1.29.2004.01285
Quantitative chemical analysis of water. Methods for measuring the mass concentration of mercury (II) ions in drinking, mineral, natural, marine and treated wastewater using stripping voltammetry using a volt-ammeter analyzer “E
FR.1.29.2004.01286
FR.1.29.2004.01286
Quantitative chemical analysis of water. Methods for measuring the mass concentration of chromium (III) and chromium (VI) ions in drinking, mineral, natural, marine and treated wastewater using alternating polarography on a voltammetric
FR.1.29.2004.01287
FR.1.29.2004.01287
State system for ensuring uniformity of measurements. Methods for measuring the mass fraction of hygroscopic water (humidity) in products based on sodium and potassium chlorides, potassium sulfate using thermogravimetric infrared moisture meters
FR.1.29.2004.01288
FR.1.29.2004.01288
Methods for performing measurements of oil density with a hydrometer in accounting operations at SIKN No. 574 PSP "Gerasimovskoye"
FR.1.29.2004.01305
FR.1.29.2004.01305
Methods for measuring mass concentrations of benzaldehyde, benzyl chloride, benzylidene chloride, benzyl alcohol, cresol, tributyl phosphate, dibutylphenyl phosphate in wastewater before and after biological treatment of natural surface and ground waters
FR.1.29.2004.01306
FR.1.29.2004.01306
Methods for measuring the amount of electrical energy in its production, transmission and distribution at power plants, substations, power lines and other facilities of Lipepskenergo and power facilities of consumers in the presence of nodes
FR.1.29.2004.01307
FR.1.29.2004.01307
MVI-42-99 New edition by letter No. SP-18 from 01/12/2010 Old Holy Sign No. 128, August 26, 1996 MosNPO "Radon". Methods for measuring the volumetric activity of radon-222 in water bodies of the environment using a liquid scintillation counter model "Tri-
FR.1.29.2004.01308
FR.1.29.2004.01308
State system for designating uniformity of measurements. Methods for determining the toxicity of surface fresh, ground, drinking, sewage, water extracts from soil, sewage sludge and wastes by changing the optical density of a water culture
FR.1.29.2004.01309
FR.1.29.2004.01309
MVI of electric energy and power using AIIS at Voskresensk Mineral Fertilizers OJSC, changes were made on July 11, 2007; Supplement №3 from 10.29.08. Commercial metering of electricity at Voskresensk Mineral Fertilizers OJSC
FR.1.29.2004.01310
FR.1.29.2004.01310
MVI of electric energy and power using AIIS KUE at Maltsovsky Portland Cement OJSC. Commercial accounting of electricity at Maltsovsky Portland Cement OJSC. Electric active and reactive energy and average active power 201/008-05 20
FR.1.29.2004.01311
FR.1.29.2004.01311
MVI of electric power and power using AIIS KUE at Mordovenergo OJSC. Commercial metering of electricity at Mordovenergo. Electric active and reactive energy and average active power 201/012-05 2005-11-25 00: 00: 00.000 34
FR.1.29.2004.01316
FR.1.29.2004.01316
MVI of electric energy and power using AIIS KUE at Kavkazcement OJSC. Commercial accounting of electricity at Kavkazcement OJSC. Electric active and reactive energy and average active power 201/011-05 2005-11-25 00: 00: 00.000 34
FR.1.29.2004.01325
FR.1.29.2004.01325
Methods of measurement of electrical energy and power using AIIS KUE at JSC Katavsky Cement Commercial metering of electricity at JSC Katavsky cement Electric active and reactive energy and the average active power 201/003
FR.1.29.2004.01349
FR.1.29.2004.01349
Consumption and quantity of natural gas. MVI using ultrasonic flow transducers
FR.1.29.2004.01360
FR.1.29.2004.01360
Recommendation. GSE. Volume of natural gas. MVI ultrasonic gas meters "AGAT"
FR.1.29.2004.01361
FR.1.29.2004.01361
Instructions. Consumption and quantity of natural gas. MVI using ultrasonic flow meter MPU 1200 GIS 3, 2, GIS 3, 3 GIS on the GKS-2-URC1 gas pipeline (II line) of the Zapolyarnoye-Urengoy gas trunkline system
FR.1.29.2004.01362
FR.1.29.2004.01362
GSE. Crude oil mass. Methods for measuring with the information-measuring system of the quantity and quality of oil at the Terminal at the Usa Production Control Unit of the Chamber of Commerce and Industry of Lukoil-Usinskneftegaz OOO Lukoil-Komi
FR.1.29.2004.01363
FR.1.29.2004.01363
GSE. Crude oil mass. Methods of measuring the system of measuring the quantity and quality indicators of oil at the Terminal on the UN "Usa" TPP "LUKOIL-Usinskneftegaz" OOO "Lukoil-Komi"
FR.1.29.2004.01364
FR.1.29.2004.01364
GSE. Mass of petroleum products. Methods for performing measurements with the KIM-2T-Liski2 oil product mass measurement complex by the direct method of dynamic measurements
FR.1.29.2004.01365
FR.1.29.2004.01365
GSE. Consumption and quantity of gas. Methods of measurement using ultrasonic gas meters HOBOY-1
FR.1.29.2004.02068
FR.1.29.2004.02068
MVI for arsenic content in soil by stripping voltammetry
FR.1.29.2004.02069
FR.1.29.2004.02069
MVI of Selenium Content in Blood Plasma by Stripping Volt-Amperometry

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