Llewellyn Thomas
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British physicist and mathematician
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Llewellyn Thomasmathematics Degrees
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Why Is Llewellyn Thomas Influential?
(Suggest an Edit or Addition)According to Wikipedia, Llewellyn Hilleth Thomas was a British physicist and applied mathematician. He is best known for his contributions to atomic and molecular physics and solid-state physics. His key achievements include calculating relativistic effects on the spin-orbit interaction in a hydrogen atom
Llewellyn Thomas's Published Works
Published Works
- The calculation of atomic fields (1927) (1928)
- The Motion of the Spinning Electron (1926) (564)
- The Kinematics of an electron with an axis (517)
- The Interaction Between a Neutron and a Proton and the Structure of H**3 (1935) (346)
- On the Capture of Electrons by Swiftly Moving Electrified Particles (1927) (259)
- Relativistic Particle Dynamics (1953) (254)
- THE STABILITY OF PLANE POISEUILLE FLOW (1952) (178)
- Atomic Scattering Factors Calculated from the TFD Atomic Model (1957) (121)
- 2 – The Calculation of Atomic Fields (113)
- Note on Becker's Theory of the Shock Front (1944) (100)
- On Unitary Representations of the Group of De Sitter Space (1941) (96)
- The Paths of Ions in the Cyclotron I. Orbits in the Magnetic Field (1938) (78)
- THE RADIATION FIELD IN A FLUID IN MOTION (71)
- Tables of Statistical Electron Distributions for Atoms with Degree of Ionization Zero to Four and of the Corresponding Electrostatic Potentials (1954) (52)
- Normal Vibrations of Chains of Similar and Similarly Situated Dynamical Systems and the Infra‐Red Spectrum of Undecane (1940) (40)
- The effect of the orbital velocity of the electrons in heavy atoms on their stopping of α-particles (1927) (38)
- The Rotation-Vibration Energies of Tetrahedrally Symmetric Pentatomic Molecules. II (1939) (34)
- Internal Molecular Motions of Large Amplitude Illustrated by the Symmetrical Vibration of Ammonia (1948) (33)
- The Relativistic Dynamics of a System of Particles Interacting at a Distance (1952) (32)
- The dependence of the viscosities of liquids on reduced temperature, and a relation between viscosity, density, and chemical constitution. (1946) (32)
- Finite Self —Energies in Radiation Theory. Part II (1941) (32)
- Quantum Mechanics. (Scientific Books: The Fundamental Principles of Quantum Mechanics. With Elementary Applications) (1938) (28)
- The production of characteristic X-rays by electronic impact (1927) (26)
- 176. The preparation of simple organic orthoborates (1946) (24)
- Numerical Calculation of the Wave Functions and Energies of the1S1and2S3States of Helium (1958) (23)
- Viscosity behavior of associated liquids at lower temperatures and vapor pressures (1979) (23)
- 370. Viscosity and molecular association. Part IV. Association of monohydric alcohols and some hindered phenols (1963) (21)
- 273. Preparation and properties of allyl phosphines, arsines, and stannanes (1947) (21)
- An extrapolation formula for stepping the calculation of the orbit of an artificial satellite several revolutions time (1960) (18)
- Review: N. W. McLachlan, Theory and application of Mathieu functions (1948) (16)
- Quantum Theory of Metallic Reflection (1935) (15)
- Viscosity and molecular association. Part VI. Association of dihydric alcohols and phenols (1966) (14)
- A Practical Method for the Solution of Certain Problems in Quantum Mechanics by Successive Removal of Terms from the Hamiltonian by Contact Transformations of the Dynamical Variables Part I. General Theory (1942) (14)
- Temperature variation of viscosity and the structure of liquids (1966) (12)
- Dependence on Atomic Number of the Diamagnetic Susceptibility Calculated from the Thomas‐Fermi‐Dirac Model (1956) (12)
- The Slow Contraction or Expansion of a Fluid Sphere. I. Equilibrium (1930) (12)
- Statistical Theory of Atoms (1963) (11)
- 952. Viscosity and molecular association. Part III. Association of phenols and amides (1960) (11)
- On the rate at which particles take up random velocities from encounters according to the inverse square law (1928) (11)
- Computation of one‐dimensional compressible flows including shocks (1954) (10)
- The Use of Large Scale Computing in Physics (1953) (10)
- STABILITY OF A LIMITING CASE OF PLANE COUETTE FLOW (1953) (10)
- Viscosity and molecular association. Part VII. Association of alkyl orthotitanates (1969) (9)
- Entropy of vaporisation and the structure of liquids (1968) (8)
- Numerical Calculation of the Energy and Wavefunction of the Ground State of Beryllium (1966) (8)
- An analytical expression for the variation of the vapour pressure of liquids with temperatures up to critical conditions (1976) (8)
- Mobilities in Some Free Electron Gases (1942) (8)
- Vapor pressures and molar entropies of vaporization of monohydric alcohols (1979) (7)
- An extended form of Kronecker's theorem with an application which shows that Burgers' theorem on adiabatic invariants is statistically true for an assembly (1925) (6)
- 178. Preparation and properties of 2-chloroalkyl esters of boric, silicic, and phosphoric acids (1946) (6)
- Approximation to Discrete Quantum States by Iteration (1937) (6)
- A transformation of a formula of Sommerfeld (1930) (6)
- A boiling-point method for the determination of low vapour pressure (1968) (5)
- The Paths of Ions in the Cyclotron II. Paths in the Combined Electric and Magnetic Fields (1938) (5)
- The Slow Contraction or Expansion of a Fluid Sphere. II. Stability (1931) (5)
- 177. The preparation of mixed organic orthoborates (1946) (5)
- 371. Viscosity and molecular association. Part V. The association model, and hydrogen-bond enthalpies (1963) (4)
- 430. An additive function of entropy of boiling, and the prediction of latent heat of vaporisation and vapour pressure of liquids (1959) (4)
- The Normal Modes of Oscillation of the Long Chain Paraffin Hydrocarbons (1939) (3)
- ANALYSIS OF THE STATISTICAL DENSITY MATRIX (1961) (3)
- Fluidity and Molecular Structure (1945) (3)
- A Comparison of Stochastic and Direct Methods for the Solution of Some Special Problems (1953) (3)
- THE THEORY OF SPINNING SHELL (1952) (3)
- The viscosity of liquids at temperatures approaching the freezing point, and molecular association of polyphenyls and related compounds (1978) (2)
- 712. Correlation of critical temperature, boiling point, and critical pressure (1949) (2)
- 97. Preparation and properties of organic borates. Part III. Acylation of aryl borates, and preparation of aromatic hydroxyketones (1963) (2)
- 247. Correlation of vapour pressure, temperature, and molar entropy of vaporisation (1953) (2)
- 270. Viscosity and molecular association. Part II. A relationship between viscosity and vapour pressure of associated liquids (1948) (2)
- 269. Viscosity and molecular association. Part I (1948) (2)
- Variation of the viscosity of liquids with temperature and the ratio of the energy of viscous flow to the energy of vaporisation (1976) (2)
- 161. A relationship between viscosity, density, and vapour pressure of liquids (1947) (2)
- Current induced in a plasma by a penetrating electron beam. (1970) (2)
- 713. Correlation of critical temperature, vapour pressure, and latent heat of vaporisation (1949) (2)
- General Relativity and Particle Dynamics (1958) (2)
- Viscosity of Associated Liquids (1946) (1)
- Perturbation Methods in the Quantum Mechanicsof n-Electron Systems. E. M. Corson. New York:Hafner Pub., 1950. 308 pp. $11.00 (1951) (1)
- Kaufmann's Experiment and the Spinning Electron. (1926) (0)
- Vibration-Rotation Energies in the Tetrahedrally Symmetric X Y 4 Type of Molecule (1939) (0)
- The Equations of the Free Motion of an Isotropic Spinning Particle (1966) (0)
- Constrained Location in Quantum Mechanics (1946) (0)
- Stellar Structure. (1931) (0)
- Proceedings of the Celestial Mechanics Conference: Numerical integration of ordinary differential equations at an interval which may be compared with some periods in the defining functions (1958) (0)
- A METHOD OF NUMERICAL SOLUTION OF THE CHARACTERISTIC VALUE PROBLEMS OF QUANTUM MECHANICS (1954) (0)
- Quantum Mechanics. Alfred Landé. New York: Pitman Pub., 1951. 307 pp. $5.50 (1951) (0)
- On the stability and magnitude of electronic charges. Part II, scalar wave functions (1941) (0)
- Tne Principles of Thermodynamics. By George Birtwistle. 2nd edn. Pp. ix + 168. 7s.6d.net. 1927. (Cambridge University Press.) (1928) (0)
- Proceedings of a Second Symposium on Large-Scale Digital Calculating Machinery. Annals ofthe Computation Laboratory of Harvard University, Vol. XXVI. Harvard Univ. Press, 1951. 393pp. $8.00 (1952) (0)
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