Side by side with the vacuum-melting technique, several other vacuum processes have been developed during the last few years; these are employed mainly for the degassing of liquid steel, and are known as “vacuum degassing”. In order to define the field covered by the present review, it is necessary first to explain the difference between vacuum melting and vacuum degassing of molten metals.
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References
1.
KopkinA. T. J.DePierreV., "Vacuum Melting Bibliography". 1956. [Mimeographed].
2.
B. "Vacuum Metallurgy"(edited byBunshahR. F.) (based on a special course for engineers and research workers held at New York University in 1957). 1958: New York (Reinhold Publishing Corp.); London (Chapman and Hall).
3.
C. "Thermodynamics in Vacuum Metallurgy" (based on a special course for engi-neers and research workers held at New York University in1958). 1960: New York (New York University Press).
HadleyR. L.BianchiL. M., "Proceedings of Vacuum Metallurgy Sym-posium" (Boston, 1954), p. 106. 1955: Baltimore, Md. (Amer. Electro-chain. Soc.)
19.
WeyerF.FischerW. A.EngelbrechtH., Stahl u. Eisen, 1954, 74, 1515.
20.
RossinP. C., private communication.
21.
HorstingC. W., ref. B, p. 360.
22.
Gel'dP. V.KochnevM. I., Doklady Akad. Nauk 5.5 SR.,1948, 61, 649.
23.
BrewerL.MastickD. F., J. Chem. Physics, 1951, 19, 834.
24.
ZapffeC. A.SimsC. E., Iron Age, 1942, 149, (4), 29; (5), 34.
25.
SmithH. R., Jr., ref. C.
26.
GarnykG. A.SamarinA. M., lzvest. Akad. Nauk S.S.S.B.,1957, [Tekhn.], (5), 77. Brutcher Translation No. 4054.
27.
SamarinA. M.KarasevR. A., "Transactions of 5th National Symposium on Vacuum Technology," (San Francisco, 1958), p. 35. 1959: New York and London (Pergamon Press).
28.
ChipmanJ., "Basic Open-Hearth Steelmaking", Chap. 16. 1951 : New York (Amer. Inst. Min. Met. Eng.).
29.
BungardtK.SychrovskyH., Stahl u. Eisen, 1956, 76, 1040.
30.
LangenbergF. C. and J. Chipman, . Trans Met. Soc. A.I.M.E. 212, 290.
KothemannK. H.TreppschuhH.FischerW. A., Arch. Eisenhilttenwesen, 1956, 27, 563.
33.
KingT. B., ref. B, p. 35.
34.
DarkenL. S., "Basic Open-Hearth Steelmaking", Chap. 15. 1951: New York (Amer. Inst. Min. Met. Eng.).
35.
Th. Kraus, "Ergebnisse der Hochvakuumtechnik und der Physik diinner Schichten"(edited byAuwärterM.), p. 184. 1957: Stuttgart (Wiss. Verlagsgesellschaft).
36.
WinklerO., Vakuum-Technik, 1954, 5, 87.
37.
SamarinA. M., ref. B, p. 255.
38.
SpendloveM. J., "Proceedings of Vacuum Metallurgy Symposium" (Boston, 1954), p. 192. 1955: Baltimore, Md. (Amer. Electrochem. Soc.)
39.
Schumann-HornL.MagerA.DeisingerW., Z. Metallkunde, 1956, 47, 145.
WinklerO., "Ergebnisse der Hochvakuumtechnik und der Physik diinner Schichten"(edited byAuwärterM.), p. 241. 1957: Stuttgart (Wiss. Verlagsgesellschaft).
43.
JonesW. E., ref. B, p. 189.
44.
JonesW. E., Indust. Heating, 1957, 26, 2256.
45.
MalcolmE. D., J. Sri. Instruments, Suppl. No. 1, 1951, p. 63.
46.
GruberH.ScheidigH., Z. Metallkunde, 1956, 47, 149.
JaynesG. E.TaubJ. M.DollD. T., "Nuclear Metallurgy", Vol. IV, p. 1. 1957: New York (Amer. Inst. Min. Met. Eng.).
52.
BairdJ. E.CarsonN. J., ibid., p. 31.
53.
MarsG., Stahl tt. Eisen, 1938, 58, 833, 865.
54.
British Patent Application No. 11,980/57.
55.
DarmaraF. N.HuntingtonJ. S.MachlinE. S., paper presented to 38th Meeting of Iron and Steel Engineers' Group, Iron and Steel Institute,1958.
56.
EsmarchW., Z. Elektroch,em., 1932, 38, 812.
57.
StanselN. R., "Induction Heating ". 1949: New York and London (McGraw-Hill).
58.
DruyvesteynM. J.PenningF. M., Bev. Modern Physics, 1940, 12, 114.
59.
RyschkewitschE., " Oxydkeramik der Einstoffsysteme". 1948: Berlin (Springer-Verlag).
60.
WhiteH. E., Metal Progress, 1954, 65, (3), 99.
61.
SalmangH., "Die physikalischen und chemischen Grundlagen der Keramik"3rd edn. 1954: Berlin (Springer-Verlag).
62.
MooreJ. H., "Transactions of 3rd National Symposium on Vacuum Tech-nology" (Chicago, 1956), p. 209. 1957: New York and London (Pergamon Press).
63.
WinklerO., Z. Metallkunde, 1956, 47, 133.
64.
LandsbergH.EscherE. E.DawkinsS. A., "Transactions of 2nd National Symposium on Vacuum Technology" (Pittsburgh, 1955), p. 45. 1956: New York and London (Pergamon Press).
65.
DawkinsS. A., Steel, 1956, 138, (19), 100.
66.
CarsonN. J., Jr.,"Nuclear Metallurgy", Vol. IV, p. 23. 1957: New York (Amer. Inst. Min. Met. Eng.).
67.
BuntzB. J., ibid., p. 17.
68.
Metal Progress, 1958, 74, (2), 94.
69.
MooreJ. H., paper presented to Vacuum Melting Symposium of the Invest-ment Casting Institute (1956).
70.
McIntireH. O., paper presented to European Investment Casters' Conference (1957).
71.
IversonF. K., Modern Castings, 1956, 30, (2), 24; Precision Metal Moulding, 1956, 14, 130; Iron Age, 1956, 178, (3), 120; Steel, 1956, 139, (2), 104; Foundry, 1956, 86, 119.
JohnsonE. W.HahnG. T.ItohR., "Arcs in Inert Atmospheres and Vacuum"(edited byKuhnW. E.), Part I, p. 20. 1956: New York (John Wiley and Sons) ; London (Chapman and Hall).
80.
KrollW. J., Metall, 1957, 11, 1.
81.
AlterthumH.RegerH. M.SeelingerR., Z. techn. Physik, 1928, 9, 169.
KiefferR.BenesovskyF., Z. Metallkunde, 1956, 47, 160.
99.
RichmondF. M., ref. C.
100.
SmithH.HanksC.HuntC., "Transactions of 5th National Vacuum Symposium," (San Francisco, 1958). 1959: New York and London (Pergamon Press).
101.
CandidusE. S.SimonsJ. C., Jr.,ibid.
102.
DuMondT. C., Metal Progress, 1958, 74, (6), 84.
103.
WinklerO., Z. Metallkunde, 1953, 44, 333.
104.
Metal Progress, 1958, 73, (4), 97.
105.
DavisM.CalverleyA.LeverR. F., J. Appl. Physics, 1956, 27, 195. 103(a). F. D. Richardson and J. H. E. Jeffes, J. Iron Steel Inst., 1948, 160, 261. (b). F. D. Richardson and J. H. E. Jeffes,ibid., 1952, 171, 167.
106.
DarkenL. S.CurryR. W., "Physical Chemistry of Metals", 1953: New York and London (McGraw-Hill).