ISO 11536 Iron ores - Determination of loss on ignition - Gravimetric method - First Edition
Данный раздел/документ содержится в продуктах:
- Техэксперт: Машиностроительный комплекс
- Картотека зарубежных и международных стандартов
- MODUK DEF STAN 81-41: PART 2 Packaging of Defence Materiel Part 2: Design - Issue 8: 10/2015
- MODUK DEF STAN 81-115 Board, Corrugated (Three-flute, Four-liner) Medium Grade - Issue 3: 4/2010
- BSI BS 579 Specification for Diethyl ether (technical)
- BSI BS 2511 Methods for the Determination of Water (Karl Fischer Method)
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS ISO 2596 Iron Ores - Determination of Hygroscopic Moisture in Analytical Samples - Gravimetric and Karl Fischer Methods
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 2511 Methods for the Determination of Water (Karl Fischer Method)
- BSI BS 579 Specification for Diethyl ether (technical)
- MODUK DEF STAN 81-108 Fibreboard, Corrugated Double Faced 'E' Flute - Issue 4: 05/2014
- MODUK DEF STAN 81-136 Packaging of Metal Pipes and Pipe Assemblies - Issue 3: 11/2014
- MODUK DEF STAN 81-115 Board, Corrugated (Three-flute, Four-liner) Medium Grade - Issue 3: 4/2010
- BSI BS 579 Specification for Diethyl ether (technical)
- BSI BS 2511 Methods for the Determination of Water (Karl Fischer Method)
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS ISO 2596 Iron Ores - Determination of Hygroscopic Moisture in Analytical Samples - Gravimetric and Karl Fischer Methods
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 2511 Methods for the Determination of Water (Karl Fischer Method)
- BSI BS 579 Specification for Diethyl ether (technical)
- MODUK DEF STAN 81-115 Board, Corrugated (Three-flute, Four-liner) Medium Grade - Issue 3: 4/2010
- MODUK DEF STAN 81-136 Packaging of Metal Pipes and Pipe Assemblies - Issue 3: 11/2014
- MODUK DEF STAN 81-115 Board, Corrugated (Three-flute, Four-liner) Medium Grade - Issue 3: 4/2010
- MODUK DEF STAN 81-15 Cartons and Boxes, Fibreboard - Issue 6: 01/2015
- MODUK DEF STAN 81-108 Fibreboard, Corrugated Double Faced 'E' Flute - Issue 4: 05/2014
- MODUK DEF STAN 81-136 Packaging of Metal Pipes and Pipe Assemblies - Issue 3: 11/2014
- MODUK DEF STAN 81-115 Board, Corrugated (Three-flute, Four-liner) Medium Grade - Issue 3: 4/2010
- BSI BS 579 Specification for Diethyl ether (technical)
- BSI BS 2511 Methods for the Determination of Water (Karl Fischer Method)
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS ISO 2596 Iron Ores - Determination of Hygroscopic Moisture in Analytical Samples - Gravimetric and Karl Fischer Methods
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 2511 Methods for the Determination of Water (Karl Fischer Method)
- BSI BS 579 Specification for Diethyl ether (technical)
- MODUK DEF STAN 81-115 Board, Corrugated (Three-flute, Four-liner) Medium Grade - Issue 3: 4/2010
- MODUK DEF STAN 81-136 Packaging of Metal Pipes and Pipe Assemblies - Issue 3: 11/2014
- MODUK DEF STAN 81-108 Fibreboard, Corrugated Double Faced 'E' Flute - Issue 4: 05/2014
- MODUK DEF STAN 81-108 Fibreboard, Corrugated Double Faced 'E' Flute - Issue 4: 05/2014
- MODUK DEF STAN 81-136 Packaging of Metal Pipes and Pipe Assemblies - Issue 3: 11/2014
- MODUK DEF STAN 81-115 Board, Corrugated (Three-flute, Four-liner) Medium Grade - Issue 3: 4/2010
- BSI BS 579 Specification for Diethyl ether (technical)
- BSI BS 2511 Methods for the Determination of Water (Karl Fischer Method)
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS ISO 2596 Iron Ores - Determination of Hygroscopic Moisture in Analytical Samples - Gravimetric and Karl Fischer Methods
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 2511 Methods for the Determination of Water (Karl Fischer Method)
- BSI BS 579 Specification for Diethyl ether (technical)
- MODUK DEF STAN 81-115 Board, Corrugated (Three-flute, Four-liner) Medium Grade - Issue 3: 4/2010
- MODUK DEF STAN 81-136 Packaging of Metal Pipes and Pipe Assemblies - Issue 3: 11/2014
- MODUK DEF STAN 81-136 Packaging of Metal Pipes and Pipe Assemblies - Issue 3: 11/2014
- MODUK DEF STAN 81-115 Board, Corrugated (Three-flute, Four-liner) Medium Grade - Issue 3: 4/2010
- BSI BS 579 Specification for Diethyl ether (technical)
- BSI BS 2511 Methods for the Determination of Water (Karl Fischer Method)
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS ISO 2596 Iron Ores - Determination of Hygroscopic Moisture in Analytical Samples - Gravimetric and Karl Fischer Methods
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 2511 Methods for the Determination of Water (Karl Fischer Method)
- BSI BS 579 Specification for Diethyl ether (technical)
- MODUK DEF STAN 81-115 Board, Corrugated (Three-flute, Four-liner) Medium Grade - Issue 3: 4/2010
- MODUK DEF STAN 81-115 Board, Corrugated (Three-flute, Four-liner) Medium Grade - Issue 3: 4/2010
- BSI BS 579 Specification for Diethyl ether (technical)
- BSI BS 2511 Methods for the Determination of Water (Karl Fischer Method)
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS ISO 2596 Iron Ores - Determination of Hygroscopic Moisture in Analytical Samples - Gravimetric and Karl Fischer Methods
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 2511 Methods for the Determination of Water (Karl Fischer Method)
- BSI BS 579 Specification for Diethyl ether (technical)
- BSI BS 579 Specification for Diethyl ether (technical)
- BSI BS 2511 Methods for the Determination of Water (Karl Fischer Method)
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS ISO 2596 Iron Ores - Determination of Hygroscopic Moisture in Analytical Samples - Gravimetric and Karl Fischer Methods
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 2511 Methods for the Determination of Water (Karl Fischer Method)
- BSI BS 2511 Methods for the Determination of Water (Karl Fischer Method)
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS ISO 2596 Iron Ores - Determination of Hygroscopic Moisture in Analytical Samples - Gravimetric and Karl Fischer Methods
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 509-1 Acetone for industrial use - Part 1: Specification for acetone
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS ISO 2596 Iron Ores - Determination of Hygroscopic Moisture in Analytical Samples - Gravimetric and Karl Fischer Methods
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- BSI BS 509-2 Acetone for Industrial Use - Part 2: Methods of Test - AMD 5446: January 1987
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS ISO 2596 Iron Ores - Determination of Hygroscopic Moisture in Analytical Samples - Gravimetric and Karl Fischer Methods
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- ISO 760 Determination of Water - Karl Fischer Method (General Method) - First Edition
- BSI BS ISO 2596 Iron Ores - Determination of Hygroscopic Moisture in Analytical Samples - Gravimetric and Karl Fischer Methods
- BSI BS ISO 2596 Iron Ores - Determination of Hygroscopic Moisture in Analytical Samples - Gravimetric and Karl Fischer Methods
- BSI BS ISO 7764 Iron ores Preparation of predried test samples for chemical analysis
- BSI BS ISO 11533 Iron ores - Determination of cobalt - Flame atomic absorption spectrometric method
- ISO 7764 Iron ores Preparation of predried test samples for chemical analysis - Second Edition
- BSI BS ISO 2597-1 Iron Ores - Determination of Total Iron Content - Part 1: Titrimetric Method After Tin(II) Chloride Reduction
- ISO 2596 Iron ores Determination of hygroscopic moisture in analytical samples Gravimetric, Karl Fischer and mass-loss methods - Fifth Edition
- MODUK DEF STAN 81-41: PART 2 Packaging of Defence Materiel Part 2: Design - Issue 8: 10/2015
- Картотека зарубежных и международных стандартов
International Organization for Standardization
Iron ores - Determination of loss on ignition - Gravimetric method - First Edition
N 11536
Annotation
This International Standard specifies a gravimetric method for the determination of the loss in mass of fully-oxidized iron ores, when ignited at 1 000 °C.
This method is applicable to a concentration range of 1,0 % (m/m) to 10,0 % (m/m) loss on ignition in natural iron ores, iron ore concentrates and agglomerates.
The method is not applicable to the following:
a) Processed ores containing metallic iron (direct reduced iron);
b) Natural or processed ores in which the sulfur content is higher than 0,2 % (m/m);
c) Natural or processed ores in which the content of partially-oxidized iron is more than 1,0 % (m/m).
Автоматический перевод:
Железные руды - Определение потери на воспламенении - Весовом методе анализа - Первый Выпуск
Этот Международный стандарт указывает гравиметрический метод для определения потери в массе полностью оксидированных железных руд, когда спровоцировано в 1 000 °C.
Этот метод применим к диапазону концентрации 1,0% (m/m) к 10,0% (m/m) потеря на воспламенении в натуральных железных рудах, железорудных концентратах и агломератах.



