ISO/TR 9769:2018
Steel and iron — Review of available methods of analysis
This document gives guidelines for the determination of the chemical composition of steel and iron by reference to published International Standards, including their range of application and principles of the methods.
Graphical representation of the precision data precision data for the methods is given in Annex A.
The list of International Standards is summarized in Annex B.
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Foreword
1 Scope
2 Normative references
3 Terms and definitions
4 International Standards for determining the chemical composition of steel and iron, their range of application and principles of the methods
4.1 Mono-elemental methods
4.1.1 Aluminium, Al
4.1.2 Antimony, Sb
4.1.3 Arsenic, As
4.1.4 Boron, B
4.1.5 Calcium, Ca
4.1.6 Carbon, C
4.1.7 Chromium, Cr
4.1.8 Cobalt, Co
4.1.9 Copper, Cu
4.1.10 Manganese, Mn
4.1.11 Molybdenum, Mo
4.1.12 Nickel, Ni
4.1.13 Niobium, Nb
4.1.14 Nitrogen, N
4.1.15 Oxygen, O
4.1.16 Phosphorus, P
4.1.17 Sulfur, S
4.1.18 Silicon, Si
4.1.19 Tin, Sn
4.1.20 Titanium, Ti
4.1.21 Tungsten, W
4.1.22 Vanadium, V
4.2 Multi-elemental methods
4.2.1 Calcium, Ca; Magnesium, Mg
4.2.2 Carbon, C; Sulfur, S
4.2.3 Tin, Sn; Antimony, Sb; Cerium, Ce; Lead, Pb; Bismuth, Bi
4.2.4 Chromium, Cr; Cobalt, Co; Copper, Cu; Manganese, Mn; Molybdenum, Mo; Nickel, Ni; Niobium, Nb; Phosphorus, P; Silicon, Si; Titanium, Ti; Vanadium, V
4.2.5 Zinc, Zn; Aluminium, Al; Nickel, Ni; Iron, Fe; Silicon, Si; Lead, Pb
4.2.6 Carbon, C; Silicon, Si; Manganese, Mn; Phosphorus, P; Sulfur, S; Chromium, Cr; Nickel, Ni; Aluminium, Al; Titanium, Ti; Copper, Cu:
4.3 General documents
Annex A (informative) Graphical representation of precision data for the methods presented in this document
Annex B (informative) Summary of the International Standards presented in this document
Bibliography
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Foreword
1 Scope
2 Normative references
3 Terms and definitions
4 International Standards for determining the chemical composition of steel and iron, their range of application and principles of the methods
4.1 Mono-elemental methods
4.1.1 Aluminium, Al
4.1.2 Antimony, Sb
4.1.3 Arsenic, As
4.1.4 Boron, B
4.1.5 Calcium, Ca
4.1.6 Carbon, C
4.1.7 Chromium, Cr
4.1.8 Cobalt, Co
4.1.9 Copper, Cu
4.1.10 Manganese, Mn
4.1.11 Molybdenum, Mo
4.1.12 Nickel, Ni
4.1.13 Niobium, Nb
4.1.14 Nitrogen, N
4.1.15 Oxygen, O
4.1.16 Phosphorus, P
4.1.17 Sulfur, S
4.1.18 Silicon, Si
4.1.19 Tin, Sn
4.1.20 Titanium, Ti
4.1.21 Tungsten, W
4.1.22 Vanadium, V
4.2 Multi-elemental methods
4.2.1 Calcium, Ca; Magnesium, Mg
4.2.2 Carbon, C; Sulfur, S
4.2.3 Tin, Sn; Antimony, Sb; Cerium, Ce; Lead, Pb; Bismuth, Bi
4.2.4 Chromium, Cr; Cobalt, Co; Copper, Cu; Manganese, Mn; Molybdenum, Mo; Nickel, Ni; Niobium, Nb; Phosphorus, P; Silicon, Si; Titanium, Ti; Vanadium, V
4.2.5 Zinc, Zn; Aluminium, Al; Nickel, Ni; Iron, Fe; Silicon, Si; Lead, Pb
4.2.6 Carbon, C; Silicon, Si; Manganese, Mn; Phosphorus, P; Sulfur, S; Chromium, Cr; Nickel, Ni; Aluminium, Al; Titanium, Ti; Copper, Cu:
4.3 General documents
Annex A (informative) Graphical representation of precision data for the methods presented in this document
Annex B (informative) Summary of the International Standards presented in this document
Bibliography