Other norms

2000

Collection MU:, MUK 4.1.965-00, MUK 4.1.968-00
Collection MU:, MUK 4.1.965-00, MUK 4.1.968-00
Determination of the concentrations of chemicals in the water of the centralized drinking water supply.
FR.1.30.2000.00112
FR.1.30.2000.00112
MVI of electric energy and power using AIIS KUE at MUP "Makhachkala city electric networks" Commercial metering of electricity at MUP "Makhachkala city electric networks". Electric active and reactive energy and average
FR.1.31.2000.00075
FR.1.31.2000.00075
The changes were made by letter No. 14-4986 dated December 01, 2009. X-ray spectral analysis method. Measurement of mass fractions of copper, tin, lead, iron, nickel in samples of brass grades L70, L65, L63, L68, LO, LMSh, LOMSH using spectrometers of the type CPM-25 OCM "Ish.№ 14-2128 from 31.07.2012]
FR.1.31.2000.00076
FR.1.31.2000.00076
X-ray analysis method. Measurement of mass fractions of copper, iron, lead, nickel in samples of an alloy of grade L96 using spectrometers of type CPM
FR.1.31.2000.00077
FR.1.31.2000.00077
X-ray analysis method. Measurement of mass fractions of copper, tin, iron, nickel, lead in samples of brass brands LO, LOMSh using spectrometers of the type CPM
FR.1.31.2000.00078
FR.1.31.2000.00078
X-ray analysis method. Measurement of mass fractions of nickel, iron, manganese, zinc, lead, silicon, cobalt in samples of an alloy of the MNZhMts30-1-1 grade using a spectrometer of the CPM-25 type
FR.1.31.2000.00079
FR.1.31.2000.00079
Copper-zinc alloys. Measurement of nickel mass fraction by photometric method
FR.1.31.2000.00080
FR.1.31.2000.00080
Amendment of 2004. Amendments were made by letter No. 14-4986 dated December 1, 2009. Method of spectral analysis. Measurement of mass fractions of elements in samples of alloy grade MNZHMTSZO-1-1 using spectrometer spectrometer
FR.1.31.2000.00081
FR.1.31.2000.00081
Amendment 2004 Amended by letter No. 14-4986 dated December 1, 2009. Method of chemical analysis. Nickel, nickel alloys, copper-nickel. Measurement of the mass fraction of phosphorus in samples by extraction-photometric method
FR.1.31.2000.00082
FR.1.31.2000.00082
Amendment of 2004 Amended by letter No. 14-4986 of December 1, 2009. Measurement of the mass fraction of iron in samples of copper-zinc alloys by photometric method
FR.1.31.2000.00083
FR.1.31.2000.00083
X-ray analysis method. Measurement of mass fractions of aluminum, manganese, iron, nickel, zinc, tin, lead in samples of bronzes of the Brazh, BrAMts, BraZhN, BraZhNMts brands using the SRM spectrometers
FR.1.31.2000.00084
FR.1.31.2000.00084
X-ray analysis method. Measurement of mass fractions of tin, zinc, lead, iron, nickel in samples of bronzes of the BROTs, BrOTsS, BrOTsNN brands with use of spectrometers like SRM
FR.1.31.2000.00085
FR.1.31.2000.00085
Amendment 2004 Method of chemical analysis. Measurement of the mass fraction of iron in copper samples by the photometric method
FR.1.31.2000.00086
FR.1.31.2000.00086
Modification 2004. Method of spectral analysis. Measurement of mass fractions of elements in samples of alloy grades MNZh5-1, MNZhMts10-1-1, MN10, MN15 using spectrometer spectrometer
FR.1.31.2000.00087
FR.1.31.2000.00087
Amendment 2004 g Method of spectral analysis. Measurement of mass fractions of elements in copper samples of various grades using the spectrometer Spectrometer
FR.1.31.2000.00088
FR.1.31.2000.00088
Modification 2004 Spectral analysis method. Measurement of mass fractions of lead, iron, nickel, manganese, tin, aluminum, silicon, phosphorus, antimony, bismuth in samples of brass brands of drugs using spectrometer spectrometer
FR.1.31.2000.00089
FR.1.31.2000.00089
Spectral analysis method. Measurement of mass fractions of copper, zinc, nickel, iron, lead, antimony, bismuth, phosphorus, sulfur, aluminum, tin in an alloy of grade L96 on a spectrometer "Spectrolab"
FR.1.31.2000.00090
FR.1.31.2000.00090
Amendment 2004 g Method of spectral analysis. Measurement of mass fractions of tin, zinc, lead, iron, nickel, antimony, aluminum, silicon, manganese, magnesium, arsenic, sulfur phosphorus, bismuth in samples of tin bronzes using spectrometer spectrometer
FR.1.31.2000.00092
FR.1.31.2000.00092
Spectral analysis method. Measurement of mass fractions of manganese, aluminum, iron, nickel, silicon, lead, tin in samples of brass brands LMTSAZHN, LMTSAZHNK using spectrometer spectrometer
FR.1.31.2000.00093
FR.1.31.2000.00093
Amendment 2004 Amendments were made by letter No. 14-4986 dated December 01, 2009. Method of spectral analysis. Measurement of mass fractions of elements in samples of brass grades L70, L65, L63, L68, LO, LA, LMSh, LOMSH, LAMSh using the Spectrolab spectr
FR.1.31.2000.00100
FR.1.31.2000.00100
KHA. The technique was performed to measure the mass fractions of gold in samples of gold-antimony ores and their processing products using the assay method.
FR.1.31.2000.00101
FR.1.31.2000.00101
MA 117-2IAC-41-99 KHA. Methods for measuring antimony mass fractions in samples of gold-antimony ores and their products by the titrimetric method
FR.1.31.2000.00102
FR.1.31.2000.00102
MA117-2IAC-42-99 KHA. Methods for measuring the mass fractions of arsenic in samples of gold-antimony ores and their products by photocolorimetric method
FR.1.31.2000.00103
FR.1.31.2000.00103
Silver oxidation electrolyte analysis method
FR.1.31.2000.00104
FR.1.31.2000.00104
Method of analyzing a solution of aluminum zinc processing
FR.1.31.2000.00105
FR.1.31.2000.00105
Zincate Gilding Electrolyte Analysis Technique
FR.1.31.2000.00114
FR.1.31.2000.00114
56 / 01-98 Methods for determining the concentration of vapor G "in the air of industrial premises"
FR.1.31.2000.00115
FR.1.31.2000.00115
56 / 01-99 Methods for the determination of nitrogen dioxide in the air of industrial premises and ambient air
FR.1.31.2000.00116
FR.1.31.2000.00116
M 11-197 Methods for determining the mass fraction of beryllium in magnesium alloys
FR.1.31.2000.00117
FR.1.31.2000.00117
M 11-237 Method for determining the mass fraction of scandium and cerium in the joint presence in aluminum alloys.
FR.1.31.2000.00118
FR.1.31.2000.00118
M 11-162 Methods for determining the mass fraction of lanthanum in magnesium alloys
FR.1.31.2000.00119
FR.1.31.2000.00119
M 11-197 Method for determining the mass fraction of cerium in magnesium alloys
FR.1.31.2000.00120
FR.1.31.2000.00120
MAP7-2IAC-44-2000 KHA. Methods for measuring the mass fractions of silver in samples of gold-bearing ores and their products by the atomic absorption method
FR.1.31.2000.00121
FR.1.31.2000.00121
Measurement procedure for oxygen content, carbon monoxide, nitrogen monoxide, sulfur dioxide in flue gases of boilers using gas analyzer KM 9006 Quintox
FR.1.31.2000.00126
FR.1.31.2000.00126
CV 3.16.02-95 A "MVI mass concentrations of metals (cadmium, copper, lead, nickel, chromium, cobalt, iron, manganese, zinc, aluminum and titanium) in drinking, natural and waste water."
FR.1.31.2000.00127
FR.1.31.2000.00127
CV 3.12.04-96 A "MVI of mass concentrations of phenol and 2, 4-dichlorophenol in drinking and natural water and phenol in waste water."
FR.1.31.2000.00128
FR.1.31.2000.00128
CV 3.18.05-96 A "MVI elemental composition of drinking, natural and waste water by mass spectrometry with ionization in an inductively coupled plasma."
FR.1.31.2000.00129
FR.1.31.2000.00129
CV 1.12.31-96 A "MVI content of petroleum in drinking and natural water by gas chromatography."
FR.1.31.2000.00130
FR.1.31.2000.00130
CV 3.22.07-96 A "MVI content of petroleum in natural, drinking and waste waters using column chromatography with IR spectrophotometric termination."
FR.1.31.2000.00131
FR.1.31.2000.00131
CV 3.21.06-96 А "MVI mass concentration of mercury by the method of flame absorption atomic absorption spectrometry (cold vapor method) in drinking, natural, wastewater and precipitation."
FR.1.31.2000.00132
FR.1.31.2000.00132
CV 3.19.08-2008 Methods for measuring the mass concentration of elements in samples of drinking, natural, wastewater and precipitation by atomic emission spectrometry. [Amendments No. 2 were made according to the letter of CJSC Center for Water Research a
FR.1.31.2000.00133
FR.1.31.2000.00133
CV 5.18, 19.01-96 A "MVI metal content in solid objects (soil, composts, cakes, sewage treatment plants, samples of plant origin) by spectrometry methods with inductively coupled plasma.
FR.1.31.2000.00134
FR.1.31.2000.00134
CV 5.21.02-96 A "MVI mercury content in solid objects (soil, composts, cakes, sewage treatment plants, samples of plant origin) by atomic absorption spectrophotometry (cold vapor method)."
FR.1.31.2000.00135
FR.1.31.2000.00135
CV 2.04.49-97 А "MVI mass concentration of ammonium nitrogen with Nessler's reagent by photometric method in wastewater."
FR.1.31.2000.00136
FR.1.31.2000.00136
CV 1.04.35-98 A "MVI of bichromate oxidation (COD) in samples of drinking and natural water by the photometric method."
FR.1.31.2000.00137
FR.1.31.2000.00137
CV 2.02.13-94 A "MVI of mass concentration of fats in wastewater."
FR.1.31.2000.00138
FR.1.31.2000.00138
CV 3.21.03-95 A "MVI mass mercury concentrations in drinking, natural and waste water."
FR.1.31.2000.00139
FR.1.31.2000.00139
CV 3.12.10-98 А "MVI of mass concentrations of volatile organohalogenated hydrocarbons in drinking, natural and waste water samples."

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