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Other norms

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FR.1.31.2012.13647

Measurement method of mass fraction of sodium chloride in caustic solution of sodium hydroxide method

FR.1.31.2012.13648

Measurement of nickel mass fraction in caustic solution of caustic soda by atomic emission spectrometry

FR.1.31.2012.13649

Measurement method of mass fraction of sodium chlorate in caustic solution of caustic soda by photocolorimetric method

FR.1.31.2012.13650

Measurement method of mass fraction of sodium sulphate in caustic solution of caustic soda using turbidimetric method

FR.1.31.2012.13701

IHAA-AP-01-2012. Methods of measuring the content of anionic surfactants (AAS) in soil samples, bottom sediments, production wastes (drill cuttings) by the fluorimetric method on a Fluorat-02-3M fluid analyzer

FR.1.31.2012.13702

MKХА-ИХАВП-01-2012. Methods of measuring the content of fluoride ions, chloride ions, nitrite ions, nitrate ions, phosphate ions, sulfate ions in samples of drinking, natural, melt water, soil, soil, bottom sediments, production waste (drill cuttings) chr

FR.1.31.2012.13703

Method for measuring the level of contamination by a substance VX of non-absorbent surfaces of process equipment to be moved/transport outside the facility for the destruction of chemical weapons using gas chromatography with flame photometric detection

FR.1.31.2012.13704

Method for measuring the mass concentration of isobutyl methyl ether of methylphosphonic acid in the atmospheric air of populated areas by gas chromatography with mass selective detection

FR.1.31.2012.13705

Methods of measuring the level of contamination by a substance VX type absorbing surfaces of process equipment to be moved/transport outside the facility for the destruction of chemical weapons, gas chromatographic method with thermal ionization detection

FR.1.31.2012.13706

Method for measuring the mass fraction of a VX-type substance in construction waste after thermal neutralization using a gas chromatographic method with flame photometric detection

FR.1.31.2012.13707

Method for measuring the mass fraction of methylphosphonic acid in construction waste, including waste after thermal neutralization, by gas chromatographic method with mass selective detection

FR.1.31.2012.13708

Method for measuring the level of pollution by a substance VX of the surface of metal waste that has been thermally neutralized using a gas chromatographic method with flame photometric detection

FR.1.31.2012.13709

Method for measuring the mass concentration of a Vx-type substance in the air of the working area by gas chromatography with flame photometric detection

FR.1.31.2012.13711

Methods of measuring the mass concentration of methylphosphonic acid in the water of water bodies of drinking and household water using gas chromatography with mass selective detection

FR.1.31.2012.13712

Method for measuring the mass fraction of a VX-type substance in construction waste by gas chromatography with flame photometric detection

FR.1.31.2012.13726

Methods for measuring the mass concentration of phenol in drinking and waste water, surface water and groundwater sources using high performance liquid chromatography

FR.1.31.2012.13727

Methods for measuring the mass fraction of ochratoxin A in food products, food raw materials and compound feeds by high performance liquid chromatography

FR.1.31.2012.13728

Methods for measuring the mass fraction of 5-hydroxymethylfurfural in juices, fruits and vegetables processing products, honey and honey-containing products using high performance liquid chromatography

FR.1.31.2012.13729

Methods for measuring the mass fraction of melamine in milk, powdered milk mixtures, cream, sour cream, yogurt and fermented milk products using high performance liquid chromatography

FR.1.31.2012.13730

Method for measuring the mass fraction of chloramphenicol in milk, meat and eggs using high-performance liquid

FR.1.31.2012.13736

Measurement method of mass concentration of total iron in drinking, natural and treated wastewater samples by spectrophotometric method using MET-Fe-RS test system

FR.1.31.2012.13737

Methods of measuring the mass concentration of manganese (II) ions in samples of drinking, natural and treated wastewater spectrophotometric methods using the MET-Mn-RS test system

FR.1.31.2012.13738

Method for measuring the mass concentration of ammonium ions in drinking, natural and treated wastewater samples by spectrophotometric method using the MET-NH4-РС test system

FR.1.31.2012.13739

Method for measuring the mass concentration of nitrite ions in drinking, natural and treated wastewater samples by spectrophotometric method using the MET-NO2-RS test system

FR.1.31.2012.13740

Methods of measuring the mass concentration of nitrate ions in drinking, natural and treated wastewater samples using a spectrophotometric method using the MET-NO3-RS test system

FR.1.31.2012.13741

Method for measuring the mass concentration of zinc in drinking, natural and treated wastewater samples by a spectrophotometric method using the MET-Zn-RS test system

FR.1.31.2012.13742

Method for measuring the mass concentration of chromium (VI) in drinking, natural and treated wastewater samples by spectrophotometric method using MET-Cr-RS test system

FR.1.31.2012.13748

MI No. 3-04-2012 Boro-boron fertilizer Boro-N (boron ethanolamine), produced according to TU 2185-030-59119721-10. Mass fraction of boron. Measurement technique by potentiometric titration

FR.1.31.2012.13749

MI No. 3-03-2012 Post-emergence selective herbicide AGRON, BP (300 g/l, clopyralid), manufactured according to TU 2445-021-59119721-08. Mass concentration of active ingredient. Measurement Technique by High Performance Liquid Chromatography

FR.1.32.2012.12532

Gas is dry for domestic use. Maximum saturation temperature of the gas with dissolved moisture

FR.1.32.2012.12802

Thermal Energy Measurement Technique Using the AVK-5 Measurement and Information System

FR.1.32.2012.12998

Instructions. State system for ensuring uniformity of measurements. Amount of heat energy. Measurement methods using the information-measuring automated metering system for heat energy of JSC Gazpromneft-ONPZ, factory number 4 at yk-16

FR.1.32.2012.13081

Measurement Technique (Method) "Dry Gas for Household Consumption. Maximum Saturation Temperature of Gas with Dissolved Moisture"

FR.1.32.2012.13138

Recommendation "State system for ensuring the uniformity of measurements. Amount of heat energy and mass of heat carrier. Measurement technique using the system of commercial accounting of heat energy at metering stations with remote data collection at OA

FR.1.32.2012.13173

The Instruction "State System for Ensuring the Uniformity of Measurements. Heat Energy and Heat Transfer Amount. Measurement Methods by the Automated Commercial Heat Heat Accounting System of JSC" Fortum "branch" Chelyabinsk CHP-1

FR.1.32.2012.13300

The amount of heat, mass and parameters of water and water vapor, air flow in the enterprise

FR.1.34.2012.06150

Amendment number 1. The method of measurement of electrical energy and power, LLC SUEK-Khakassia. Amended in connection with a Amendment in the design scheme, Appendix E has been updated, Appendices F, W, K have been added to service note No. 201-06-217 o

FR.1.34.2012.09110

Methods of measurement of electrical energy and power AIIS KUE JSC "Kamensk-Uralsky metallurgical plant"

FR.1.34.2012.10305

Methods of measuring electrical energy and power using AIIS KUE OAO Acron [Changes made according to the memo]

FR.1.34.2012.11456

Measurement of electric energy and power of JSC "SN-MNG" Substations 110/35/6 kV "

FR.1.34.2012.11462

The method of measuring electrical energy using AIIS KUE PS 500/220/110 kV "Ochakovo", was introduced instead of FR.1.34.2009.06464 ref. № 020 dated 01/23/12

FR.1.34.2012.11550

Measurement of electric energy and power using AIIS KUE of Baltika Breweries-Baltika-Chelyabinsk branch of OJSC Baltika Breweries

FR.1.34.2012.11551

Methods of measuring the amount of electrical energy and power using the AIIS KUE of OAO TKZ "Krasny Kotelshchik"

FR.1.34.2012.11552

Methods for measuring electrical energy and power using the automated informative electric power accounting system at 220 kV Bolshaya Elovaya substation (220 kV substation Vasilyev) of the branch of Federal Grid Company - MES of Western Siberia

FR.1.34.2012.11556

Methods of measuring the amount of electrical energy (power) using AIIS KUE LLC "Nizhnekamsk CHP" "

FR.1.34.2012.11557

Methods (method) of measuring the amount of electrical energy (power) using the system of automated information and measuring commercial metering of electricity (AIIS KUE) of JSC Teploozersky Cement Plant

FR.1.34.2012.11558

Methods of measuring electrical energy and power using AIIS KUE OJSC Silvinit [Amendments were made according to the letter of CJSC Energy Production Company ref. No. 2-1787 of 15.05.13.]

FR.1.34.2012.11561

Methods of measuring electrical energy and power using an automated information-measuring system for commercial metering of electricity (AIIS KUE) of Tobolsk CHP of the branch of OAO Fortum with Amendment No. 1

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