State system for ensuring the uniformity of measurements. Indicators of precision and accuracy of the quantitative chemical analysis techniques. Methods for evaluation
Государственная система обеспечения единства измерений. Показатели точности, правильности, прецизионности методик количественного химического анализа. Методы оценки
Status: Valid - Supersedes
Recommendations apply to methods of quantitative chemical analysis, developed and revised in accordance with GOST 8.010 (GOST R 8.563-2009 applies in the Russian Federation), and establish indicators of accuracy, accuracy, precision of analysis methods and methods for their evaluation. The recommendations are intended for use in assessing the accuracy, accuracy and precision of the analysis methods. Indicators of accuracy, correctness and precision of the analysis methodologies, evaluated in accordance with the recommendations, are used in the following cases: - when issuing certificates of attestation of analysis methods; - at registration of the corresponding sections of the documents containing analysis techniques; - at registration of test reports (control) of products, analysis of objects; - while controlling the quality of analysis results. The provisions of these recommendations can be used to assess the accuracy, correctness and precision of the test methods for substances and materials based on measurements. Recommendations can be used when assessing the quality indicators of methods for quantitative chemical analysis of heterogeneous objects in the case of taking into account the factor associated with the heterogeneity of the object
Рекомендации распространяются на методики количественного химического анализа, разрабатываемые и пересматриваемые в соответствии с ГОСТ 8.010 (на территории РФ действует ГОСТ Р 8.563-2009), и устанавливают показатели точности, правильности, прецизионности методик анализа и методы их оценки. Рекомендации предназначены для применения при оценке показателей точности, правильности, прецизионности методик анализа. Оцененные в соответствии с рекомендациями показатели точности, правильности, прецизионности методик анализа используют в следующих случаях: - при оформлении свидетельств об аттестации методик анализа; - при оформлении соответствующих разделов документов, содержащих методики анализа; - при оформлении протоколов испытаний (контроля) продукции, анализа объектов; - при контроле качества результатов анализа. Положения настоящих рекомендаций могут быть использованы для оценки показателей точности, правильности, прецизионности методик испытаний веществ и материалов, основанных на измерениях. Рекомендации могут быть использованы при проведении оценки показателей качества методик количественного химического анализа гетерогенных объектов в случае учета фактора, связанного с неоднородностью объекта
Choose Language:
Format: Electronic (pdf/doc)
Approved: Federal Agency for Technical Regulation and Metrology,
12/13/2011
SKU: RUSS150362
The Product is Contained in the Following Classifiers:
PromExpert »
SECTION V. ENVIRONMENTAL PROTECTION. NATURE USE »
I Environmental-legal and economic-legal mechanisms for environmental protection »
1 Management infield of environmental protection and environmental management »
1.5 Environmental monitoring and control »
PromExpert »
SECTION II. METROLOGICAL »
I Organizational and technical bases of metrological support »
1 Organization and management of metrological support »
1.2 Organization of activities of metrological services »
PromExpert »
SECTION I. TECHNICAL REGULATION »
V Testing and control »
3 Activities of testing laboratories »
3.1 Basic requirements for testing laboratories and their activities »
ISO classifier »
17 METROLOGY AND MEASUREMENTS. PHYSICAL PHENOMENA »
17.020 Metrology and measurements in general »
National standards »
17 METROLOGY AND MEASUREMENTS. PHYSICAL PHENOMENA »
17.020 Metrology and measurements in general »
National Standards for KGS (State Standards Classification) »
Latest edition »
T General technical and organizational and methodological standards »
T8 State measurement system »
T80 Rules, norms, regulations infield of ensuring uniformity of measurements »
As a Replacement Of:
RMG 61-2003: State system for ensuring the uniformity of measurements. Accuracy, trueness and precision measures of the procedures for quantitative chemical analysis. Methods of determination
The Document References:
GOST 12.1.016-79: Work area air
GOST 8.315-97: Standard samples for composition and properties of substances and materials
GOST 8.531-2002: State system for ensuring the uniformity of measurements. Reference materials of composition of solid and disperse materials. Ways of homogeneity assessment
GOST R 8.563-2009: State system for ensuring the uniformity of measurements. Procedures of measurements
GOST R 8.753-2011: State system for ensuring the uniformity of measurements. Reference materials of materials (substance). Basic principles
PMG 96-2009: State system for ensuring the uniformity of measurements. Results and characteristics of measurement quality
RMG 43-2001: State system for ensuring the uniformity of measurements. The use of
RMG 60-2003: State system for ensuring the uniformity of measurements. Attested mixtures. General requirements for development
RMG 91-2009: State system for ensuring the uniformity of measurements. Joint use of concepts 'error of measurement' and 'uncertainty of measurement'. General principles
RMG 93-2009: State system for ensuring the uniformity of measurements. Estimation of metrological characteristics of reference materials
The Document is Referenced By:
GOST 10679-2019: Liquefied hydrocarbon gases. Method for the determination of hydrocarbon composition
GOST 16273.0-85: Technical selenium. General requirements for method of spectral analysis
GOST 24975.1-2015: Ethylene and propylene. Chromatographic methods of analysis
GOST 28353.1-2017: Silver. Method of ark atomic-emission analysis
GOST 28353.2-2017: Silver. Method of inductively coupled plasma atomic-emission analysis
GOST 28353.3-2017: Silver. Method of atomic-absorption analysis
GOST 28656-2019: Liquefied hydrocarbon gases. Calculation method for determining the density and pressure of saturated vapors
GOST 32517.1-2013: Iron ores, concentrates, agglomerates and pellets. Methods for the determination of total iron
GOST 32518.1-2013: Iron ores, concentrates, agglomerates and pellets. Determination of silica gravimetric method
GOST 32518.2-2013: Iron ores, concentrates, agglomerates and pellets. Determination of silica spectrophotometric method
GOST 32520-2013: Iron ores, concentrates, agglomerates and pellets. General requirements to the methods of chemical analyses
GOST 32599.2-2013: Iron ores, concentrates, agglomerates and pellets. Determination of sulfur content. Combustion/titration c method
GOST 33527-2015: Milk and dairy component products for baby food. Determination of mono- and disugars mass concentration by method of capillary electrophoresis
GOST 33654-2022: Lignite, rock and anthracite coals. General requirements for methods of analysis
GOST 34049-2017: Milk and dairy products. Determination of aflatoxin M1 content by high performance liquid chromatography with fluorimetric (spectrofluorimetric) detection
GOST 34369-2017: Silver. Method of spark atomic-emission analysis
GOST 34903-2022: Alcohol products. Guidelines for the application of ultrasonic methods of analysis
GOST 8.010-2013: State system for ensuring the uniformity of measurements. Procedures of measurements. Main principles
GOST R 55067-2012: Magnesium chloride. Specifications
GOST R 55079-2012: Steel. Method of inductively coupled plasma atomic-emission analysis
GOST R 56157-2014: Soil. Procedures (methods) of analysis of composition and properties of soil samples. General requirements for development
GOST R 56859-2022: Copper and polymetallic ores and products of their processing. Methods of measurement of the mass fraction of gold and silver
GOST R 56931-2016: Foodstuffs and food raw materials. Voltammetric method of mercury determination
GOST R 56999-2016: Disinfectology and disinfection activities. Chemical disinfectants and antiseptics. Method for the determination of chlorine dioxide in drinking water
GOST R 57474-2017: Disinfectology and disinfection activities. Chemical disinfectants and antiseptics. Methods for determination of quaternary ammonium compounds
GOST R 8.1010-2022: State System for Ensuring Uniformity of Measurements (GSI). Mass fraction of water in oil-gas-water mixture. Requirements for measurement techniques (methods)
GOST R 8.613-2013: State system for ensuring the uniformity of measurements. The procedures (methods) of measurements of structure and properties of water samples. General requirements to development
ITS 22.1-2016: General principles of industrial environmental control and its metrological support
M 15-2019: Recommendation. General requirements for analysis methods
M 16-2019: Recommendation. Solutions used in quantitative chemical analysis. Preparation and Control Requirements
MI 2427-2016: Recommendation. State system for ensuring uniformity of measurements. Assessment of measurement status in test, measurement and production and analytical control laboratories
MI 3342-11: Recommendation. GSE. Requirements for testing laboratories that monitor the quality of oil
MU 2.6.5.033-2017: Organization of ventilation at radiation-hazardous enterprises (production facilities) of State Corporation 'Rosatom'
MUK 4.1.011-18: Method for measuring the mass concentration of formaldehyde in samples of drinking, natural, treated wastewater and melt (snow) water by the photometric method
MUK 4.1.012-18: The method of measuring the mass concentration of dimethylamine in samples of drinking, natural, treated wastewater and melt (snow) water by Photometric method
MUK 4.1.3560-19: Determination of residual amounts of aluminum phosphate in cabbage and watermelon fruits by capillary gas-liquid chromatography
MUK 4.1.3561-19: Determination of residual amounts of thiencarbazone methyl in the tops and roots of sugar beets by high performance liquid chromatography
MUK 4.1.3562-19: Determination of residual amounts of oxathiapiproline in water, soil, potato tubers, onion turnips, tomato fruits and tomato juice, grapes and grape juice by high performance liquid chromatography with mass spectrometric detection
MUK 4.1.3563-19: Determination of residual amounts of foramsulfuron in tops and root crops of sugar beet by high performance liquid chromatography
R 50.2.074-2010: State system for ensuring the uniformity of measurements. Requirements for the competence of legal persons and individual entrepreneurs, accredited for the works on certification of measurement procedures, used in analytical control
R 50.2.090-2013: State system for ensuring the uniformity of measurements. Quantitative chemical analysis procedures. General requirements for development, certification and application
RD 52.04.822-2015: Mass concentration of sulfur dioxide in air samples. Photometric measurement method using tetrachloromercine and pararosaniline
RD 52.04.823-2015: Mass concentration of formaldehyde in the samples of atmospheric air. Procedure of measurement by photometric method with acetylacetone
RD 52.04.824-2015: Mass concentration of formaldehyde in the samples of atmospheric air. Procedure of measurement by photometric method with phenylhydrazine
RD 52.04.825-2015: Mass concentration of chlorine in air samples. Photometric measurement method with N, N-dimethyl-n-phenylenediamine dihydrochloride
RD 52.04.831-2015: Mass concentration of carbon-containing aerosol in the samples of atmospheric air. Measurement procedure by photometric method
RD 52.04.836-2015: Mass concentration of volatile chlorocarbons in atmospheric air. Measurement procedure by high-performance capillary gas chromatography using headspace analysis
RD 52.04.837-2015: Mass concentration of volatile aromatic hydrocarbons in atmospheric air. Measurement procedure by high-performance capillary gas chromatography using headspace analysis
RD 52.04.838-2015: Mass concentration of volatile aromatic hydrocarbons in atmospheric air. Measurement procedure by gas chromatography using headspace analysis
RD 52.04.893-2020: Mass concentration of suspended solids in atmospheric air samples. Gravimetric measurement technique
RD 52.04.894-2020: Mass concentration of hydrogen fluoride and solid soluble fluorides from one sample of atmospheric air. Photometric Measurement Procedure Using Xylene Orange
RD 52.10.772-2013: Mass concentration of ammonium nitrogen in sea waters. Measurement technique by the photometric method in the form of indophenol blue
RD 52.10.773-2013: Mass concentration of ammonium nitrogen in sea waters. Photometric Measurement Technique with Nessler's Reagent
RD 52.10.774-2013: Mass fraction of mercury in bottom sediments. Measurement Technique by Atomic Absorption Spectrometry
RD 52.10.775-2013: Mass fraction of metals in bottom sediments. Measurement Technique by Atomic Absorption Spectrometry
RD 52.10.777-2012: Internal quality control of information on the state and pollution of the marine environment
RD 52.10.778-2013: Mass concentration of dissolved forms of iron, manganese and chromium in samples of sea water. Measurement Technique by Atomic Absorption Spectrometry
RD 52.10.779-2013: Mass concentration of petroleum hydrocarbons in seawater samples. Methods of measurement by infrared spectrometry
RD 52.10.803-2013: Mass fraction of petroleum hydrocarbons in samples of marine bottom sediments. Methods of measurement by infrared spectrometry
RD 52.10.804-2013: Mass fraction of anionic synthetic surfactants in samples of sea bottom sediments. Measurement technique by atomic absorption spectrometry in electrothermal atomization mode
RD 52.10.805-2013: Mass concentration of total nitrogen in seawater. Measurement technique photometric method after oxidation with potassium persulfate
RD 52.10.806-2013: Mass concentration of chlorides in samples of desalinated sea waters. Measurement technique using argentometric method
RD 52.10.807-2013: Mass concentration of anionic synthetic surface-active substances in sea waters. Methods for measuring by extraction-photometric method with methylene blue
RD 52.18.103-2019: Quality control of analytical works on determining the content of pollutants in the soil
RD 52.18.571-2011: Method for measuring the mass fraction of arsenic in soil and sediment samples using atomic absorption spectrometry with electrothermal atomization. NGO "Typhoon"
RD 52.18.583-2011: Method for measuring the mass fraction of antimony in samples of soils and bottom sediments by atomic absorption spectrometry with electrothermal atomization. NGO "Typhoon"
RD 52.18.827-2016: Mass fraction of mercury in samples of soil, ground, bottom sediments and biomaterial. Measurement procedure by cold vapour atomic absorption spectroscopy
RD 52.18.843-2017: Mass fraction of mercury in organic compounds in samples of soils, bottom sediments and biological material. Measurement procedure by atomic absorption spectroscopy of "cold steam"
RD 52.24.309-2016: Organization and conduct of regime observations of the state and pollution of surface land waters
RD 52.24.509-2015: Internal quality control of hydrochemical information
RD 52.44.588-2016: Mass concentration of organochlorine pesticides and the sum of polychlorbiphenyl isomers in air and precipitation samples. Method of measurement by gas-liquid chromatography
RD 52.44.589-2016: Mass concentration of priority components of polycyclic aromatic hydrocarbons in atmospheric air samples. Measurement technique by high performance liquid chromatography
RD 52.44.590-2016: Mass concentration of priority components of polycyclic aromatic hydrocarbons in samples of precipitation and surface water. Measurement technique by high performance liquid chromatography
RD 52.44.591-2015: Mass concentration of mercury in atmospheric air. Measurement procedure by cold vapour atomic absorption spectrometry'
RD 52.44.593-2015: Mass concentration of heavy metals in atmospheric air. Measurement technique by atomic absorption spectrometry with flameless atomization
RD 52.44.594-2016: Mass concentration of heavy metals in precipitation and surface waters. Measurement technique by atomic absorption spectrometry with flameless atomization
RD 52.44.816-2015: Mass concentration of methane and carbon dioxide in the surface layer of atmospheric air. Gas Chromatography Measurement Technique
RMG 76-2014: State system for ensuring the uniformity of measurements. Internal control of quantitative chemical analysis result's accuracy
RMG 94-2009: State system for ensuring the uniformity of measurements. Test laboratories performing of the quality control of oil at acceptance operations. Basic requirements
ST RK 2486-2014: Protection of Nature. drinking water, natural, clean technology, waste, treated waste. Determination of mass concentration of cobalt, tin, and lead by stripping voltammetry
ST RK 2487-2014: Protection of Nature. drinking water, natural, clean technology, waste, treated waste. Determination of mass concentration of potassium, selenium and silver by stripping voltammetry
ST RK 2730-2015: Water quality. Method for the determination of nitrate ions
|
Customers Who Viewed This Item Also Viewed:
 |
Unified system for design documentation. Types and sets of design documentation
Language: English |
Loads and impacts
Language: English |
High strength rolled steel. General specification
Language: English |
Vessels and Apparatus. Norms and methods of strength calculation from wind loads, seismic influence and other external loads
Language: English |
Articulated connector devices with cast male and female parts for freight cars of articulated type. General technical specifications
Language: English |
 |
|
YOUR ORDERING MADE EASY!
RussianGost.com is an industry-leading company with stringent quality control standards and our dedication to precision, reliability and accuracy are some of the reasons why some of the world’s largest companies trust us to provide their national regulatory framework and for translations of critical, challenging, and sensitive information.
Our niche specialty is the localization of national regulatory databases involving: technical norms, standards, and regulations; government laws, codes, and resolutions; as well as RF agency codes, requirements, and Instructions.
We maintain a database of over 220,000 normative documents in English and other languages for the following 12 countries: Armenia, Azerbaijan, Belarus, Kazakhstan, Kyrgyzstan, Moldova, Mongolia, Russia, Tajikistan, Turkmenistan, Ukraine, and Uzbekistan.
Placing Your Order
Please select your chosen document, proceed to the ‘checkout page’ and select the form of payment of your choice. We accept all major credit cards and bank wire transfers. We also accept PayPal and Google Checkout for your convenience. Please contact us for any additional arrangements (Contract agreements, PO, etc.).
Once an order is placed it will be verified and processed within a few hours up to a rare maximum of 24 hours.
For items in stock, the document/web link is e-mailed to you so that you can download and save it for your records.
For items out of stock (third party supply) you will be notified as to which items will require additional time to fulfil. We normally supply such items in less than three days.
Once an order is placed you will receive a receipt/invoice that can be filed for reporting and accounting purposes. This receipt can be easily saved and printed for your records.
Your Order Best Quality and Authenticity Guarantee
Your order is provided in electronic format (usually an Adobe Acrobat or MS Word).
We always guarantee the best quality for all of our products. If for any reason whatsoever you are not satisfied, we can conduct a completely FREE revision and edit of products you have purchased. Additionally we provide FREE regulatory updates if, for instance, the document has a newer version at the date of purchase.
We guarantee authenticity. Each document in English is verified against the original and official version. We only use official regulatory sources to make sure you have the most recent version of the document, all from reliable official sources.
