Other norms

FR.1.31.2006.02954
FR.1.31.2006.02954
MVI of chemical oxygen consumption in surface, ground and sewage samples by photometric method using Spectroquant Colorimeter Picco COD No. 01.1: 1.2.35-05
FR.1.31.2006.02955
FR.1.31.2006.02955
MVI photometric mass concentration of ozone in samples of drinking, wastewater and disinfectant solutions using a Spectroquant Colorimeter Picco O3 colorimeter No. 01.1: 2.3.4.36-05
FR.1.31.2006.02956
FR.1.31.2006.02956
MVI mass concentration of free and bound chlorine in samples of disinfectant solutions, drinking and waste waters, waters of swimming pools using the photometric method using Spectroquant Colorimeter Picco Cl2/pH/O3 № 01.1: 1.2.3.4.38 06 Amendments in con
FR.1.31.2006.02957
FR.1.31.2006.02957
MVI mass concentration of free and bound chlorine in samples of disinfectant solutions, drinking and waste waters, swimming pool water using the photometric method using Spectroquant Multy № 01.1: 1.2.3.4.39-06 colorimeter. Amendments in connection with t
FR.1.31.2006.02958
FR.1.31.2006.02958
MVI mass concentration of free and bound chlorine in samples of disinfectant solutions, drinking and waste waters, swimming pool water using the photometric method using Spectroquant Nova 60 spectrophotometer No. 01.1: 1.2.3.4.40-06. Amendments in connect
FR.1.31.2006.02959
FR.1.31.2006.02959
MVI mass concentration of chloride ions in drinking, natural and waste water samples by photometric method using Spectroquant Nova 60 photometer № 01.1: 1.2.4.41-06. Amendments in connection with the re-certification of ref. b/№ from 03/28/2012
FR.1.31.2006.02966
FR.1.31.2006.02966
MVI mass concentration of UV absorbing substances by high performance liquid chromatography
FR.1.31.2006.02969
FR.1.31.2006.02969
MVI Used fixative solutions. Silver Concentration
FR.1.31.2006.02982
FR.1.31.2006.02982
MVI Determination of the mass fraction of the impregnating composition (weight gain) in the viscose cord produced in Italy. CL-2-08
FR.1.31.2006.02985
FR.1.31.2006.02985
NDI. Mkha. Cast iron. Determination of the mass fraction of carbon, sulfur, phosphorus, silicon, manganese, chromium, nickel, cobalt, copper, aluminum, arsenic, molybdenum, vanadium, titanium, magnesium. Spectral photoelectric method. [Instead, FR 1.31.20
FR.1.31.2006.02986
FR.1.31.2006.02986
NDI. Mkha. Steel. Determination of the mass fraction of carbon, sulfur, phosphorus, silicon, manganese, chromium, nickel, cobalt, copper, aluminum, arsenic, molybdenum, vanadium, titanium, niobium, zirconium, lead, tin, zinc, boron, calcium, nitrogen. Spe
FR.1.31.2006.02987
FR.1.31.2006.02987
NDI. Mkha. Precision alloys. Determination of the mass fraction of sulfur, phosphorus, silicon, manganese, chromium, nickel, cobalt, copper and titanium. X-ray fluorescence method
FR.1.31.2006.02988
FR.1.31.2006.02988
NDI. Mkha. Steel. Determination of the mass fraction of sulfur, phosphorus, silicon, manganese, chromium, nickel, cobalt, copper, aluminum, molybdenum, tungsten, vanadium, titanium, niobium. X-ray fluorescence method
FR.1.31.2006.02989
FR.1.31.2006.02989
NDI. Mkha. Cast iron. Determination of the mass fraction of sulfur, phosphorus, silicon, manganese, chromium, nickel, cobalt, copper, aluminum, molybdenum, vanadium, titanium, magnesium. X-ray fluorescence method
FR.1.31.2006.02990
FR.1.31.2006.02990
NDI. Mkha. Ferroalloys, manganese metal. Determination of the mass fraction of sulfur. Photometric method
FR.1.31.2006.02991
FR.1.31.2006.02991
NDI. Mkha. Ferrotitanium. Determination of the mass fraction of iron. Photometric method
FR.1.31.2006.02992
FR.1.31.2006.02992
NDI. Mkha. Ferrotitanium. Determination of nickel mass fraction. Photometric method. Canceled. In exchange, introduced by MVI FR.1.31.2007.03698
FR.1.31.2006.02993
FR.1.31.2006.02993
NDI. Mkha. Ferrotitanium. Determination of the mass fraction of zinc. Polarographic method
FR.1.31.2006.02994
FR.1.31.2006.02994
NDI. MKHA, Ferrotitanium. Determination of the mass fraction of aluminum. Titrimetric method
FR.1.31.2006.02995
FR.1.31.2006.02995
NDI. Mkha. Ferrochrome. Determination of the mass fraction of vanadium. Amperometric method
FR.1.31.2006.02996
FR.1.31.2006.02996
NDI. Mkha. Chrome metal. Determination of the mass fraction of lead. Polarographic method
FR.1.31.2006.02997
FR.1.31.2006.02997
NDI. MKHA, Ferrophosphorus. Determination of the mass fraction of phosphorus. Titrimetric method
FR.1.31.2006.02998
FR.1.31.2006.02998
NDI. Mkha. Nickel based alloys. Determination of the mass fraction of iron. Photometric method
FR.1.31.2006.02999
FR.1.31.2006.02999
NDI. Mkha. Nickel based alloys. Determination of the mass fraction of iron. Titrimetric method
FR.1.31.2006.03000
FR.1.31.2006.03000
NDI. Mkha. Vanadium slag. Determination of the mass fraction of manganese oxide (II). Fortometric method
FR.1.31.2006.03001
FR.1.31.2006.03001
NDI. Mkha. Ligatures with rare earth metals. Determination of the mass fraction of silicon. Gravimetric method
FR.1.31.2006.03002
FR.1.31.2006.03002
NDI. Mkha. Vanadium slag. Determination of the mass fraction of silicon oxide (IV). Gravimetric method
FR.1.31.2006.03003
FR.1.31.2006.03003
NDI. Mkha. Ligature with rare earth metals. Determination of the mass fraction of copper. Photometric method
FR.1.31.2006.03004
FR.1.31.2006.03004
NDI. Mkha. Dolomite. Determination of the mass fraction of the insoluble residue. Gravimetric method
FR.1.31.2006.03005
FR.1.31.2006.03005
NDI. Mkha. Vanadium slag. Determination of the mass fraction of manganese oxide (II). Titrimetric method
FR.1.31.2006.03006
FR.1.31.2006.03006
NDI. Mkha. Ligature with rare earth metals. Determination of cerium mass fraction. Amperometric method
FR.1.31.2006.03007
FR.1.31.2006.03007
NDI. Mkha. Vanadium slag. Determination of the mass fraction of total iron. Titrimetric method
FR.1.31.2006.03009
FR.1.31.2006.03009
NDI. Mkha. Nickel based alloys. Determination of the mass fraction of carbon, sulfur, phosphorus, silicon, manganese, chromium, tungsten, molybdenum, vanadium, niobium, copper, aluminum, titanium, cobalt, boron, cerium, iron. Spectral photoelectric method
FR.1.31.2006.03012
FR.1.31.2006.03012
MVI definition of lactulose in aqueous solutions and in milk
FR.1.31.2006.03013
FR.1.31.2006.03013
MVI mass concentration of hexachloroethane in surface and wastewater samples by chromatographic method
FR.1.31.2006.03014
FR.1.31.2006.03014
MVI mass concentration of trichlorethylene in surface and wastewater samples by chromatographic method
FR.1.31.2006.03015
FR.1.31.2006.03015
MVI mass fraction of hydrogen chloride in hydrochloric acid inhibited by the titrimetric method
FR.1.31.2006.03024
FR.1.31.2006.03024
MVI mass concentration of iodite in the urine using iodite-selective electrode ELIT-281
FR.1.32.2006.02229
FR.1.32.2006.02229
MVI Methods of thermal imaging of electrical equipment installed in residential, public, administrative, industrial and residential buildings (including in crowded places)
FR.1.32.2006.02282
FR.1.32.2006.02282
Methods of infrared radiometric determination of the quality of thermal insulation and heat transfer resistance of building envelopes
FR.1.32.2006.02859
FR.1.32.2006.02859
Methods of thermal imaging control of building envelopes
FR.1.32.2006.03023
FR.1.32.2006.03023
GSI Recommendation. Thermal energy and the mass of water received by consumers. MVI using heat meters ICT 9961-П1
FR.1.34.2006.01931
FR.1.34.2006.01931
MVI of electric energy and power using the automated information-measuring system for commercial accounting of electricity (AIIS KUE) of Vladimirskaya Generating Company OJSC
FR.1.34.2006.02070
FR.1.34.2006.02070
MVI of electric energy and power using AIIS KUE at Novgorodenergo OJSC
FR.1.34.2006.02136
FR.1.34.2006.02136
MVI of the amount of electrical energy in OAO Yuzhnouralskaya TPP
FR.1.34.2006.02137
FR.1.34.2006.02137
MVI of measuring the amount of electrical energy in the branch of FSUE RTRS "" Krasnodar KRTPTS "
FR.1.34.2006.02139
FR.1.34.2006.02139
MVI of the amount of electrical energy using the automated informative electric power accounting system of Tver Excavator OJSC for power supply of Tver Excavator OJSC
FR.1.34.2006.02140
FR.1.34.2006.02140
MVI of electric energy and power using the automated information-measuring system for commercial accounting of electric power of Novolipetsk Metallurgical Plant OJSC (AIIS KUE NLMK OJSC) "

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