Geoffrey Raynor

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Geoffrey Raynor is affiliated with the following schools: Imperial College London, University of Oxford, University of Birmingham

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Geoffrey Raynor

Engineering

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Metallurgy

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Materials Science

#207

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Engineering

Geoffrey Raynor's Degrees

PhD Metallurgy University of Oxford

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According to Wikipedia, Geoffrey Vincent Raynor FRS was an English metallurgist and university academic. Life Raynor was educated at Nottingham High School before studying Chemistry at Keble College, Oxford, obtaining a first-class degree in 1936. He then worked as a research assistant at the University of Oxford, working with William Hume-Rothery, and carried out metallurgical research for the Ministry of Supply and Ministry of Aircraft Production during the Second World War. In 1945, he moved to the University of Birmingham as a research fellow, with the course that he taught in structural and theoretical metallurgy becoming "the forerunner for the development of metallurgical teaching all over the world". He was made Reader of Theoretical Metallurgy in 1947 and Professor of Metal Physics in 1949. He was the Feeney Professor of Physical Metallurgy from 1955 to 1969, and was also head of the Department of Physical Metallurgy and Science of Materials during this latter period. He also served the university as dean of the Faculty of Science and Engineering and then Deputy Principal for four years. He retired from the university in 1981, and was made an emeritus professor.

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Geoffrey Raynor's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

The Physical Metallurgy of Magnesium and Its Alloys (1959) (278)
Phase Equilibria in Iron Ternary Alloys (1988) (215)
Rare earth intermediate phases: I. Phases formed with tin and indium (1965) (151)
Progress in the theory of alloys (1949) (146)
Phase Diagrams of Ternary Gold Alloys (1990) (115)
The crystal chemistry of the Laves phases (1953) (112)
Rare earth intermediate phases: III. The cubic laves phases formed with aluminium and cobalt (1965) (107)
The Structure of Metals (1960) (84)
The Lattice Spacings of Binary Tin-Rich Alloys (1954) (84)
RARE-EARTH INTERMEDIATE PHASES. II. PHASES FORMED WITH PALLADIUM (1965) (80)
Rare-earth intermediate phases V. The cubic laves phases formed by rare-earth metals with iron and nickel (1968) (75)
The tin-rich intermediate phases in the alloys of tin with cadmium, indium and mercury (1954) (57)
The lattice spacings of lead‐rich substitutional solid solutions (1954) (49)
Phase equilibria in iron ternary alloys : a critical assessment of the experimental literature (1988) (47)
An X-ray examination of crystallo graphic transformations in indium-rich solid solutions with thallium, lithium and lead (1955) (45)
The equilibrium and lattice-spacing relations in the system magnesium-cadmium (1940) (44)
The room-temperature lattice spacings of some intra rare-earth binary systems (1966) (42)
Alloys of cerium with neodymium, samarium and terbium, and of praseodymium with terbium (1968) (40)
Stacking fault densities in the copper-germanium, copper-silicon and copper-germanium silicon alloys (1963) (40)
An X-ray examination of the indium-rich alloys of the systems indium + lead and indium + mercury (1954) (39)
The lattice spacings of substitutional solid solutions (1949) (37)
Some observations on the crystal structures of the rare-earth metals and alloys (1969) (36)
Rare-earth intermediate phases VI. Pseudo-binary systems between cubic laves phases formed by rare-earth metals with iron, cobalt, nickel, aluminium and rhodium (1968) (35)
The transition temperature of the transition between grey and white tin (1958) (34)
The lattice spacings of the primary solid solutions of silver, cadmium and indium in magnesium (1940) (34)
4: Critical evaluation of constitution of aluminium-iran-silicon system (1981) (34)
TERNARY ALLOYS FORMED BY ALUMINIUM, TRANSITIONAL METALS AND DIVALENT METALS (1953) (31)
The lattice spacings of the primary solid solutions in magnesium of the metals of Group IIIB and of tin and lead (1942) (31)
The melting points and compositions of sigma phases (1972) (30)
The apparent sizes of atoms in metallic crystals with special reference to aluminium and indium, and the electronic state of magnesium (1940) (29)
THE LATTICE SPACING OF THORIUM, WITH REFERENCE TO CONTAMINATION (1959) (29)
The lattice spacings of close-packed hexagonal 32 electron compounds (1955) (25)
The lattice spacings of thorium-rich solid solutions with praseodymium, samarium, gadolinium and erbium (1966) (22)
The electronic state of Yb in some αPdYb alloys (1968) (21)
Superlattice structures and their relationship to the constitution diagram in the magnesium-cadmium system (1957) (21)
1: Critical evaluation of constitution of chromium-iron-nickel system (1980) (21)
The Fe−Ni (Iron-Nickel) system (1981) (21)
XXXVI. The primary solid solution of silver in aluminium (1949) (20)
Lattice spacings and fefective atomic diameters in the ternary systems formed by Th and Ce with Y, La, Gd and Er, and by Th, Pr and Y (1967) (20)
Rare-earth intermediate phases: IV. The high-temperature lattice spacings of some R.E.Pd3 phases (1967) (19)
The application of X-ray methods to the determination of phase-boundaries in metallurgical equilibrium diagrams (1941) (19)
The system silver-magnesium-antimony, with reference to the theory of alloy formation (1950) (18)
Electrical and Magnetic Properties of Metals (1964) (18)
Phase equilibria in iron ternary alloys. IX: Critical review of constitution of ternary systems Fe−Mn−X (X=Ti,V,Cr,Co,Ni,Cu) (1983) (17)
The band structure of metals (1952) (17)
The Cr−Ni (Chromium-Nickel) system (1981) (16)
The constitution of yttrium-cerium and yttrium-lanthanum alloys, with special reference to lattice spacings (1964) (16)
The solubility of zirconium in α-thorium (1961) (16)
The constitution of the copper-rich copper-aluminium-tin alloys, with special reference to ternary compound formation (1954) (16)
5: Critical evaluation of constitutions of certain ternary alloys containing iron, tungsten, and a third metal (1981) (16)
XI.Atomic and ionic radii.—II.Application to the theory of solid solubility in alloys (1938) (15)
XVI. The Brillouin Zones for the Co2Al9 and NiAl3 Structures (1949) (15)
Intermetallic compounds in ternary aluminium-rich alloys containing transitional metals (1951) (15)
Lattice spacing relationships in the system thorium-cerium-lanthanum (1962) (14)
The constitution of the magnesium-indium alloys in the region 20 to 50 atomic per cent of indium (1948) (14)
Lattice spacings in the system copper+germanium+silicon (1961) (13)
The electronic state of cerium in thorium-cerium alloys (1962) (13)
The lattice spacings of thorium-cerium alloys at elevated temperatures (1964) (13)
Indium-rich indium-magnesium and indium-lithium alloys (1957) (13)
The effect of cold-work (filing) on the X-ray diffraction patterns of some gadolinium-cerium alloys (1967) (12)
The alloying behaviour of gold (1976) (12)
A study of intermediate phases crystallising in the MoSi2 structure (1974) (11)
The relative stabilities and structural characteristics of intermediate phases of the CaCu5 structure (1977) (11)
The intermetallic compound phases of the system aluminium-manganese-zinc (1947) (10)
2:Critical evaluation of constitution of aluminium-iron-nickel system (1980) (10)
Addendum to: Phase equilibria in iron ternary systems. V: Critical evaluation of constitutions of certain ternary alloys containing iron, tungsten, and a third metal (1983) (10)
The constitution of the system indium + thallium + lead, with reference to structural transformations (1958) (9)
3: Critical evaluation of constitution of aluminium-chromium-iron system (1980) (9)
A note on transformations in metallic cerium (1959) (9)
The Compounds of Magnesium with Silicon, Germanium, Tin, and Lead (1975) (9)
THE SYSTEMS MAGNESIUM-LITHIUM AND MAGNESIUM-LITHIUM-SILVER (1954) (9)
Constitution of ternary and some more complex alloys of magnesium (1977) (8)
The Cohesion of Alloys: I. Intermetallic Systems formed by Copper, Silver and Gold, and Deviations from Vegard's Law (1951) (8)
Phase equilibria in iron ternary alloys. XV: Critical evaluation of ternary alloys of iron and molybdenum with cobalt, chromium, manganese, and nickel (1984) (8)
Lattice spacing relationships in the ternary system gold + tin + cadmium (1962) (8)
The lattice spacings of thorium-lanthanum alloys (1960) (8)
Beryllium, Beryllium Alloys and the Theoretical Principles Affecting Alloy Formation with Beryllium (1946) (8)
The constitution of the aluminium-rich aluminium-cobalt-iron alloys, with reference to the role of transitional elements in alloy formation (1948) (8)
William Hume-Rothery, 1899-1968 (1969) (7)
The Cr−Fe (Chromium-Iron) system (1981) (7)
The apparent metallic valencies of transition metals in solid solution (1961) (7)
Stabilities of binary intermediate phases in transition metal alloy systems (1974) (6)
10: Critical evaluation of constitution of cobalt-iran-vanadium system (1983) (6)
18: Critical evaluation of constitution of cobalt-iron-silicon and iron-nickel-silicon alloys (1985) (6)
The paramagnetic susceptibility of face-centred cubic silver-manganese and silver-tin-manganese alloys (1962) (6)
A general method for the calculation of Madelung constants for intermetallic compounds (1957) (6)
15: Critical evaluation of ternary alloys of iron and molybdenum with cobalt, chromium, manganese, and nickel (1984) (6)
The effect of cold work (filing) on the X-ray diffraction patterns of some rare-earth metals (1966) (5)
Book Review: Physical metallurgy of uranium. A. N. HOLDEN, (Addison-Wesley publishing company, inc., reading, Mass., USA, 1958, $ 5.75). (Also obtainable from pergamon press, London) (1959) (5)
XXXIII. The constitution of the aluminium-rich ternary alloys of aluminium and manganese with zinc and cadmium (1948) (5)
Superlattice Studies in the Systems SILVER-MAGNESIUM-TIN and SILVER-MAGNESIUM-ZINC (1952) (5)
The paramagnetic properties of transition elements in solid solution in gold and silver alloys (1964) (5)
The effective valencies of transition metals in solid solution in gold and silver alloys (1962) (5)
Lattice spacings and effective atomic diameters in the ternary system ThCeZr (1967) (5)
The system thorium-ytterbium: its alloy properties (1961) (4)
Deviations from additivity of lattice spacings in transition metal alloy systems (1975) (4)
The Cr−Fe−Ni system (Chromium-Iron-Nickel) (1981) (4)
X-ray diffraction studies of some yttrium-samarium alloys (1975) (4)
9: Critical review of constitution of ternary systems Fe-Mn-X (X = Ti, V, Cr, Co, Ni, Cu) (1983) (3)
The Cohesion of Alloys: II Some General Metallurgical Implications (1951) (3)
16: Critical evaluation of constitution of iron-molybdenum-silicon alloys (1985) (3)
The Effect of Liquid Media on the Grey Tin r harp over l White Tin Transformation in Commercially Pure Tin (1957) (3)
THE CONSTITUTION OF THE SYSTEM SILVER-LITHIUM (1954) (3)
XXVII. A note on the forms of the β-phase regions in certain ternary alloys of copper (1948) (3)
Phase equilibria in iron ternary alloys. XVIII: Critical evaluation of constitution of cobalt-iron-silicon and iron-nickel-silicon alloys (1985) (2)
The constitution of the aluminium-rich aluminium-cobaltcopper alloys, with special reference to the role of transitional metals in alloy formation (1949) (2)
Structure of Co2Al9 (1948) (2)
8: Critical evaluation of constitution of iron-silicon-vanadium system (1982) (2)
Progress in metal physics: Vol. 4: Edited by BruceChalmers. Pergamon Press Ltd., London 1953.934 × 614 in. Pp. viii + 403, with numerous illustrations. 60s (1954) (2)
Relationships involving maximum or minimum liquidus temperatures for solid solutions in transition metals (1978) (2)
Phase equilibria in iron ternary alloys. X: Critical evaluation of constitution of cobalt-iron-vanadium system (1983) (2)
Lattice spacings in silver-rich solid solutions in the silver + tin + manganese system (1962) (2)
The stabilities of certain intermediate phases corresponding with high coordination (1975) (2)
Film-contraction errors in lattice-spacing measurements (1941) (2)
Equilibrium between Al2Mg3Zn3 and the primary solid solution in the system aluminium-magnesium-zinc (1948) (2)
Phase equilibria in iron ternary alloys. XI: Critical evaluation of constitution of chromium-iron-vanadium and iron-nickel-vanadium systems (1983) (2)
Manpower for materials science and engineering (1975) (1)
An Introduction to the Electron Theory of Metals (1988) (1)
A note on the stabilities of alloy phases crystallising in the Al2Cu structure (1974) (1)
ALUMINIUM-RICH ALLOYS OF THE QUATERNARY SYSTEM ALUMINIUM-IRON-COPPER-NICKEL (1957) (1)
The quaternary system aluminium-iron-cobalt-nickel, with reference to the role of transitional metals in alloys (1950) (1)
Lattice spacings in the binary silver-cadmium system (1962) (1)
Relationships involving maximum or minimum liquidus temperatures for alloys of group viii transition metals (1978) (1)
An appreciation by R.E. Smallman (1984) (0)
W Hume-Rothery (1968) (0)
The alloy phase diagram data committee of the Metals Society of London (1980) (0)
Uranium and thorium: L. Grainger, George newnes, ltd., London, 1958. 25s (1959) (0)
THE THORIUM-CERIUM SYSTEM (1958) (0)
LATTICE SPACINGS AND MELTING POINTS IN THE THORIUM-CERIUM SYSTEM (1957) (0)
11: Critical evaluation of constitution of chromium-iron-vanad ium and iron-nickel-vanadium systems (1983) (0)
LOW-TEMPERATURE LATTICE PARAMETERS OF THORIUM-CERIUM ALLOYS (1962) (0)
A NOTE ON ALUMINIUM-RICH ALUMINIUM-MANGANESE-COPPER-NICKEL ALLOYS (1958) (0)
THE NEXT STAGES IN THE ELECTRON THEORY OF METALS (1965) (0)
Observations on solid solubilities in the transition elements of groups IV to VII (1972) (0)
A note on relationships involving maximum or minimum liquidus temperatures for solid solutions in transition metals (1979) (0)
Metallic solid solutions, a symposium on their electronic and atomic structure Edited by J. Friedel and A. Guinier. Pp. xi + 645. W. A. Benjamin Inc., New York and Amsterdam. 1963. $19.75 (1964) (0)
Principles of the Extraction of Metals (1961) (0)
XIV. Relationships between lattice types and Brillouin Zones (1941) (0)
XV. The Brillouin Zone for the gallium structure (1941) (0)
Alan Richard Powell, 6 March 1894 - 11 October 1975 (1976) (0)
The Cohesion of Alloys: III Extension to High Solute Concentrations, and Application to the Alloys of Group IA Metals (1951) (0)

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Published Works

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What Schools Are Affiliated With Geoffrey Raynor?

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