Iron and steel -- Atomic absorption spectrometric method -- Part 10: Determination of aluminium -- Section 4: Electrothermal atomization

Iron and steel -- Atomic absorption spectrometric method -- Part 11: Determination of tin -- Section 1: Flame atomization after extraction of iodide

Iron and steel -- Atomic absorption spectrometric method -- Part 11: Determination of tin -- Section 2: Electrothermal atomization

Iron and steel -- Atomic absorption spectrometric method -- Part 12: Determination of lead -- Section 1: Flame atomization after decomposition with acids

Iron and steel -- Atomic absorption spectrometric method -- Part 12: Determination of lead -- Section 2: Flame atomization after extraction of iodide

Iron and steel -- Atomic absorption spectrometric method -- Part 12: Determination of lead -- Section 3: Electrothermal atomization

Iron and steel -- Atomic absorption spectrometric method -- Part 13: Determination of magnesium -- Flame atomization after decomposition with acids

Iron and steel -- Atomic absorption spectrometric method -- Part 14: Determination of calcium -- Flame atomization after decomposition with acids

Iron and steel -- Atomic absorption spectrometric method -- Part 15: Determination of zinc -- Section 1: Flame atomization after decomposition with acids

Iron and steel -- Atomic absorption spectrometric method -- Part 15: Determination of zinc -- Section 2: Flame atomization after extraction of tetra-hexylammonium iodide-trioctylamine complex

Iron and steel -- Atomic absorption spectrometric method -- Part 16: Determination of bismuth -- Section 1: Flame atomization after extraction of iodide

Iron and steel -- Atomic absorption spectrometric method -- Part 16: Determination of bismuth -- Section 2: Electrothermal atomization

Iron and steel -- Atomic absorption spectrometric method -- Part 17: Determination of antimony -- Section 1: Flame atomization after extraction of iodide

Iron and steel -- Atomic absorption spectrometric method -- Part 17: Determination of antimony -- Section 2: Electrothermal atomization

Iron and steel -- Atomic absorption spectrometric method -- Part 18: Determination of tellurium -- Section 1: Flame atomization after extraction of iodide

Iron and steel -- Atomic absorption spectrometric method -- Part 18: Determination of tellurium -- Section 2: Electrothermal atomization

Iron and steel -- Atomic absorption spectrometric method -- Part 19: Determination of arsenic -- Section 1: Electrothermal atomization

Iron and steel -- Atomic absorption spectrometric method -- Part 2: Determination of phosphorus -- Flame atomization indirect method after extraction of molybdophosphate

Iron and steel -- Atomic absorption spectrometric method -- Part 20: Determination of selenium -- Electrothermal atomization

Iron and steel -- Atomic absorption spectrometric method -- Part 3: Determination of nickel -- Flame atomization after decomposition with acids

Iron and steel -- Atomic absorption spectrometric method -- Part 4: Determination of chromium -- Flame atomization after decomposition with acids

Iron and steel -- Atomic absorption spectrometric method -- Part 5: Determination of molybdenum -- Flame atomization after decomposition with acids

Iron and steel -- Atomic absorption spectrometric method -- Part 6: Determination of copper -- Flame atomization after decomposition with acids

Iron and steel -- Atomic absorption spectrometric method -- Part 7: Determination of vanadium -- Flame atomization after decomposition with acids

Iron and steel -- Atomic absorption spectrometric method -- Part 8: Determination of cobalt -- Flame atomization after decomposition with acids