Core Standards Library
The Australian Standards Library is a curated, authoritative repository of national technical standards developed and maintained by Standards Australia.
It supports industry compliance, safety governance and interoperability across engineering, construction, manufacturing and public service sectors nationwide.
Showing 421–432 of 20355 results
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AS 1038.5: 12/31/1978 Methods for the analysis and testing of coal and coke, Part 5: Gross specific energy of coal and coke
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AS 1038.5.1: 12/31/1987 Coal and coke – Analysis and testing, Part 5.1: Gross specific energy of coal and coke – Adiabatic calorimeters
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AS 1038.5.2: 01/01/1989 Coal and coke – Analysis and testing, Part 5.2: Gross specific energy of coal and coke – Automatic isothermal-type calorimeters
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AS 1038.6: 01/01/1971 Methods for the analysis and testing of coal and coke, Part 6: Ultimate analysis of coal – Metric units
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AS 1038.6.1: 01/01/1986 Coal and coke – Analysis and testing, Part 6.1: Ultimate analysis of higher rank coal – Determination of carbon and hydrogen
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AS 1038.6.1: 04/05/1997 Coal and coke – Analysis and testing, Part 6.1: Higher rank coal and coke – Ultimate analysis – Carbon and hydrogen
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AS 1038.6.2: 01/01/1997 Coal and coke – Analysis and testing, Part 6.2: Higher rank coal and coke – Ultimate analysis – Nitrogen
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AS 1038.6.2: 02/23/2007 Coal and coke – Analysis and testing, Part 6.2: Higher rank coal and coke – Ultimate analysis – Nitrogen
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AS 1038.6.2: 12/31/1985 Coal and coke – Analysis and testing, Part 6.2: Ultimate analysis of higher rank coal – Determination of nitrogen
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AS 1038.6.3.1: 12/05/1997 Coal and coke – Analysis and testing, Part 6.3.1: Higher rank coal and coke – Ultimate analysis – Total sulfur – Eschka method
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AS 1038.6.3.1: 12/31/1985 Coal and coke – Analysis and testing, Part 6.3.1: Ultimate analysis of higher rank coal – Determination of total sulphur (Eschka method)
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AS 1038.6.3.2: 01/01/1997 Coal and coke – Analysis and testing, Part 6.3.2: Higher rank coal and coke – Ultimate analysis – Total sulfur – High-temperature combustion method
