George Stanley Rushbrooke
George Stanley Rushbrooke's AcademicInfluence.com Rankings
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Mathematics Engineering
George Stanley Rushbrooke's Degrees
- Masters Mathematics University of Oxford
- Bachelors Engineering University of Oxford
Why Is George Stanley Rushbrooke Influential?
(Suggest an Edit or Addition)According to Wikipedia, Prof George Stanley Rushbrooke FRS FRSE was a 20th century British theoretical physicist. Biography Rushbrooke was born in Willenhall, one of twin sons of George Henry Rushbrooke, baker and confectioner, and Frances Isabel . After attending a small private school he moved, at age 10, to Wolverhampton Grammar School, from where he gained a State Scholarship and passed the entrance scholarship exam to St John's College, Cambridge. He entered the college in October 1933, where he read mathematics and gained Firsts throughout his examinations. He and Fred Hoyle were jointly awarded the Mayhew Prize in 1936, as the students showing the greatest distinction in applied mathematics.
George Stanley Rushbrooke's Published Works
Published Works
- Physics of simple liquids (1968) (645)
- On the Curie points and high temperature susceptibilities of Heisenberg model ferromagnetics (1958) (453)
- Note on the method of molecular orbitals (1940) (427)
- High-Temperature Series Expansions for the Spin-½ Heisenberg Model by the Method of Irreducible Representations of the Symmetric Group (1964) (350)
- An attempt to extend the statistical theory of perfect solutions (1937) (258)
- Theory of polar liquids (1973) (221)
- Introduction to statistical mechanics (1949) (215)
- On the Thermodynamics of the Critical Region for the Ising Problem (1963) (180)
- On the high temperature staggered susceptibility of Heisenberg model antiferromagnetics (1963) (150)
- High-Temperature Expansions for the Spin-½ Heisenberg Model (1967) (138)
- On the expansion of a Coulomb potential in spherical harmonics (1950) (138)
- On the two-dimensional, spin-12 Heisenberg ferromagnetic models (1967) (92)
- Equivalence of the Critical Concentrations in the Ising and Heisenberg Models of Ferromagnetism (1960) (87)
- On the theory of fluids (1953) (78)
- On the statistical mechanics of assemblies whose energy-levels depend on the temperature (1940) (73)
- On the hyper-chain approximation in the theory of classical fluids (1960) (63)
- On the magnetically dilute Heisenberg and Ising ferromagnetics (1961) (62)
- On the Ising problem and Mayer's cluster sums (1955) (53)
- On randomly dilute ferromagnetic models (1972) (53)
- A Note on Guggenheim's Theory of Strictly Regular Binary Liquid Mixtures (1938) (49)
- On triplet potentials in the theory of classical fluids (1967) (46)
- On the dielectric constant of dipolar hard spheres (1979) (44)
- LXI. On virial coefficients and the born-green theory of fluids (1951) (43)
- Errata: Cluster Sums for the Ising Model (1963) (42)
- Classical Heisenberg Ferromagnet (1966) (39)
- On the Theory of Randomly Dilute Ising and Heisenberg Ferromagnetics (1964) (36)
- On one-dimensional regular assemblies (1948) (33)
- On the internal consistency of the hyper-chain approximation in the theory of classical fluids (1961) (33)
- On the Interpretation of Atomic Distribution Curves for Liquids (1939) (33)
- Statistics of the simple cubic lattice (1951) (32)
- On the heisenberg spin 12 ferromagnetic models (1966) (29)
- On the dielectric constant of nonpolar fluids (1974) (29)
- Critical Points (1972) (28)
- On the magnetically dilute Heisenberg and Ising ferromagnetics: III. Concentration expansions for the Heisenberg model (1963) (25)
- The vapour pressures of athermal mixtures (1953) (22)
- Magnetic Phase Boundary of the Spin- 1/2 Heisenberg Ferromagnetic Model (1970) (21)
- Eigenvalues of differential equations by finite-difference methods (1956) (21)
- On Noncrossing Lattice Polygons (1959) (19)
- On the Griffiths Inequality at a Critical Point (1965) (18)
- RESEARCH NOTES: On the High Temperature Susceptibility for the Heisenberg Model of a Ferromagnetic (1955) (18)
- On the dielectric constant of non-polar Lennard-Jones fluids according to the Kirkwood-Yvon theory (1975) (17)
- On incorporating the second dielectric virial coefficient into theories which omit it (1981) (15)
- High‐Temperature Ising Partition Function and Related Noncrossing Polygons for the Simple Cubic Lattice (1962) (14)
- On the Percus—Yevick Virial Coefficients for a Hard‐Sphere Gas (1963) (13)
- Cluster Sums for the Ising Model (1962) (12)
- On the field-dependent susceptibility of the Heisenberg spin 12 ferromagnet (1966) (11)
- XV.—A Theoretical Atomic Distribution Curve for Liquid Argon at 90° K (1940) (11)
- Notes on the molecular orbital treatment of linearly coupled systems (1948) (11)
- On the theory of regular solutions (1949) (10)
- On the hyper-chain equation of state of a hard-sphere gas (1963) (10)
- XX.—On the Theory of Binary Fluid Mixtures (1957) (7)
- A note on an assumption in the theory of cooperative phenomena (1938) (6)
- Fourteenth Spiers Memorial Lecture. Structural theories of fluids (1967) (6)
- The thermodynamic derivation of langmuir's isotherm (1940) (5)
- CXXVI. On the Born-Green theory of binary mixtures (1952) (5)
- On the third dielectric virial coefficient for dipolar hard spheres (1985) (5)
- Some notes on the theory of unimolecular gas reactions in transition-state symbolism (1945) (5)
- A criticism of the Kirkwood-Westheimer theory of acid strength in the light of existing experimental data for the dissociation constants of dibasic acids (1944) (3)
- XXXVI.—Graphite Crystals and Crystallites. II. Energies of Mobile Electrons in Crystallites Infinite in One Direction (1948) (3)
- XXXV.—Graphite Crystals and Crystallites. I. Binding Energies in Small Crystal Layers (1948) (2)
- On the motion of a Gaussian wave-packet in a parabolic potential field (1946) (2)
- Padé Approximants and Their Applications (1973) (0)
- Statistical mechanics of dimerization in perfect solutions (1943) (0)
- Introduction to Quantal Statistics (1952) (0)
- SOLUTIONS OF NONELECTROLYTES1 (1958) (0)
- Note on the composition of alloys with composition near Al2Cu (1940) (0)
- Dimerization in perfect solutions. Analysis of data of Brown and Bury (1944) (0)
- Solutions of Nonelectrolytes (1959) (0)
- Introduction to Theoretical Physics (1952) (0)
- Born and Green's Theory of Imperfect Gases (1951) (0)
- The thermodynamic derivation of Fowler's adsorption isotherm (1942) (0)
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