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2.
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3.
BaileyR. W.RobertsA. M.“Testing of Materials for Service in High-Temperature Steam-Plant,”Proc. I.Mech.E., 1932, vol. 122, p. 209.
4.
RosenhainW.HansonD.“The Behaviour of Mild Steel under Prolonged Stress at 300 deg. C.,”Jl. Iron and Steel Inst., 1927, vol. 116, p. 117.
5.
MasingG.KochL.“Wissenschaftliche Veröffentlichungen aus dem Siemens-Konzern,”1927, p. 202. Abridged in Stahl und Eisen, 1928, vol. 48, p. 1057.
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KösterW.Archiv für das Eisenhüttenwesen, 1929, vol. 2, p. 503.
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HenselF. R.LarsenE. I.“Age-Hardening of Fusion Weld Metal,”Proc. Am. Soc. for Steel Treating, 1931–2, vol. 19, p. 639.
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JeffriesZ.ArcherR. F.“Science of Metals,”1924 (McGraw-Hill, New York and London), p. 390.
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GaylerM. L. V.PrestonG. D.“The Age-Hardening of Some Aluminium Alloys of High Purity,”Jl. Inst. of Metals, 1932, vol. 48, p. 197.
14.
PortevinA.“The Phenomena of Quenching and Tempering in Alloys,”Jl. Inst. of Metals, 1933, vol. 51, p. 336.
15.
WhiteleyJ. H.“The Solution of Cementite in α-Iron and its Precipitation,”Jl. Iron and Steel Inst., 1927, vol. 116, p. 293.
16.
LaveryJ. H.SouthwellR. V.“New Methods of Impact Testing,”Inst. C.E., 1934, Selected Engineering Paper No. 142.
17.
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19.
MackayA. M.ArnoldR. N.“The Effect of Time and Temperature on the Embrittling of Steels,”Brit. Assoc., 1933; Engineering, 1933, vol. 136, pp. 623 et seq.
20.
GreavesR. H.JonesJ. J. A.“Temper-Brittleness of Nickel-Chromium Steels,”Jl. Iron and Steel Inst., 1920, vol. 102, p. 171.
21.
GreavesR. H.JonesJ. J. A.“Temper-Brittleness of Steel,”Engineering, 1925, vol. 119, p. 623.
22.
AndrewJ. H.DickieH. A.“A Physical Investigation into the Cause of Temper-Brittleness,”Engineering, 1926, vol. 122, p. 553.
23.
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24.
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