C. E. Sims, The Behavior of Gases in Solid Iron and Steel, Gases in Metals, 1952, pp. 130--134．
[3]
B. B. Hundy, The Strain-Age Hardening of Mild Steel, Metallurgla, 53, No. 319, 1956, pp. 203--211．
[4]
B. N. Daniloff, R. P. Mehl and C. H. Herty, The Influence of Deoxidation on the Aging of Mild Steels, Trans. ASM., 24, 1936, pp. 595--639．
[5]
张作梅、李建华,钢三中板机械性能的研究,金属学报,第1卷第1期,1956,87--126页.
[6]
J. D. Fast, Erzeugung von reinem und absichtlich verunreinigtem Eisen und Untersuchungen an diesen Metallen, Stahl und Eisen 73, No. 23, 1953, pp. 1484--1496．
[7]
R. S. Dean, R. C. Day and J. L. Gregg, Relation of Nitrogen to Blue-Heat Phenomena in Iron and Dispersion Hardening in the System Iron-Nitrogen, Trans. AIME., 1929, pp. 446．
[8]
F. Garofalo and G. V. Smith, The Effect of Time and Temperature on Various Mechanical Properties During Strain Aning of Normalized Low Carbon Stees., Trans. ASM., 47, 1955, pp. 957--983．
[9]
W. C. Leslie and R. L. Rickett, Influence of Alumiuium and Silicon Deoxidation on the Stram Aging of Low Carbon Steels, Trans., AIME, 197, 1953, pp. 1021--1031．
[10]
W. R. D. Jones and G. Coombes, Strain Aging of Mild Steel, J. Iron Steel Inst., 174, 1953, pp. 9--15．
[11]
C. A. Edwards, D. L. Phillips and H. N. Jones, The Influence of Some Special Elements upon the Strain-Aging and Yield Point Characteristics of Low Carbon Steels, J. Iron Steel Inst., 142, No. 2, 1940, pp. 199--236．
