Arthur Edward Ruark
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Most Influential Person Across History
American physicist
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Physics
Arthur Edward Ruark's Degrees
- Masters Physics Stanford University
- Bachelors Physics California Institute of Technology
Why Is Arthur Edward Ruark Influential?
(Suggest an Edit or Addition)According to Wikipedia, Arthur Edward Ruark was an American physicist and academic known for his role in the development of quantum mechanics. He wrote the book Atoms, Molecules, and Quanta with Nobel Prize in Chemistry winner Harold Clayton Urey in 1930, and is the author of numerous scientific papers on quantum physics.
Arthur Edward Ruark's Published Works
Published Works
- The Efficiency of Counters and Counter Circuits (1937) (47)
- Atoms, molecules, and quanta (40)
- Helmholtz Coils for Producing Uniform Magnetic Fields (1926) (31)
- The General Theory of Fluctuations in Radioactive Disintegration (1936) (30)
- Is the Quantum-Mechanical Description of Physical Reality Complete? (1935) (23)
- Coils for the Production of a Uniform Magnetic Field (1939) (21)
- The Roles of Discrete and Continuous Theories in Physics (1931) (15)
- Inner Quantum Numbers for the Neutral Helium Atom (13)
- Multiple Scattering of Charged Particles (1940) (13)
- The Limits of Accuracy in Physical Measurements. (1928) (12)
- CII. Fine structures of spectrum lines (1925) (12)
- Multiple Electron Transitions and Primed Spectral Terms (1925) (10)
- The D 2 Zeeman Pattern for Resonance Radiation (1923) (7)
- Spectra Excited by Active Nitrogen (7)
- Multivibrator Geiger Counter Circuit (1938) (6)
- The Distribution in Time of Counts Due to a Constant Source and Its Daughter in Equilibrium (1937) (6)
- The Time Distribution of So-Called Random Events (1939) (5)
- The Zeeman Effect and Stark Effect of Hydrogen in Wave Mechanics; The Force Equation and the Virial Theorem in Wave Mechanics (1928) (5)
- LXXXVIII. The fine structure and Zeeman effect of complex mercury lines (1926) (5)
- An Interval Meter and Its Application to Studies of Geiger Counter Statistics (1940) (5)
- LXIII. The proof of the corollary of carnot's theorem (1925) (4)
- Natural Units for Atomic Problems (1931) (4)
- WAVE-LENGTH SHIFTS IN THE SCATTERING OF LIGHT. (1925) (4)
- Composition of Mixed Vapors in the Cloud Chamber (1940) (4)
- X-Ray Wavelength Scales (1935) (3)
- An outline of atomic physics (1955) (3)
- Wave-length Shifts in Scattered Light (1928) (3)
- Stages in the Excitation of the Spectra of Thallium (1923) (3)
- Fine Structures in Non-Hydrogenic Atoms (1924) (3)
- CRITICAL POTENTIALS OF THALLIUM VAPOR. (1923) (3)
- The physical rationale for special relativity (1975) (2)
- Differential Equations for the Probability Distribution of Events (1944) (2)
- NOTATION IN ATOMIC STRUCTURE. (1928) (2)
- A new method for studying ionizing potentials (1923) (2)
- On the Half-Lives of Potassium, Rubidium, Neodymium and Samarium (1935) (2)
- A Critical Experiment on the Statistical Interpretation of Quantum Mechanics. (1928) (2)
- The Electrodeless Discharge (1924) (2)
- The Impulse Moment of the Light Quantum. (1927) (2)
- The Hydrogen Balmer Series and the Impossibility of Further Corrections to the Quantizing of Hydrogenic Atoms (1923) (2)
- Cloud Chamber Evidence Against the Existence of Heavy Beta-Particles (1938) (2)
- Note on Events Distributed According to Chance (1944) (2)
- CLOUD CHAMBER SEARCH FOR PARTICLES IONIZING LESS THAN AN ELECTRON (1958) (2)
- A Method for Obtaining Directly the Second Derivative of a Current-Voltage Characteristic Curve (1925) (1)
- Theory of Radioactive Fluctuations (1935) (1)
- Phenomena in a Cloud Chamber Operated Without a Sweep Field (1940) (1)
- The Atomic Weights of Radioactive Substances (1933) (1)
- Introduction to Modern Physics (1928) (1)
- Fast Modulation Effects in the Optical Region (1948) (1)
- Actinouranium and the Geologic Time Scale (1933) (1)
- X-Ray Wave-Lengths from Crystals and Ruled Gratings (1934) (1)
- The Spectra of Fifth Group Metals (1923) (1)
- The Exponential Law of Radioactive Disintegration (1933) (1)
- CIII. A proposed experiment on resonance radiation and a derivation of the formula for the Doppler shift of scattered or of resonance radiation (1927) (0)
- The Half-Life of Actinouranium (1934) (0)
- XXXIV. Notes on active nitrogen (1928) (0)
- The Effect of Intense Light on the Energy Levels of Atoms (1927) (0)
- Analysis of Data on Radioactivity Induced by Neutron Bombardment (1935) (0)
- VISIT OF U.S. CONTROLLED THERMONUCLEAR RESEARCH TEAM TO U.S.S.R., JULY 1960 (1961) (0)
- Further Evidence Against Heavy Beta-Particles (1938) (0)
- DUCTILITY AND FRACTURE RESISTANCE OF SHIP PLATE (1946) (0)
- THE EFFECT OF AN ELECTRIC FIELD APPLIED TO A PHOTOGRAPHIC PLATE DURING EXPOSURE. (1926) (0)
- A METHOD FOR OBTAINING DIRECTLY THE SECOND DERIVATIVE OF A CURRENT-VOLTAGE CHARACTERISTIC CURVE. (1925) (0)
- Practical Uses of Atomic Energy (1966) (0)
- Notation in Atomic Structure (1928) (0)
- LII. A proposed test of the space quantization of atoms in a magnetic field (1925) (0)
- A Simple Derivation of the Hydrogen Energy Levels in Wave Mechanics (0)
- The Half-Life of Actinouranium and the Problem of Geologic Time (1933) (0)
- The Radium-Uranium Ratio and the Number of Actinouranium Isotopes (1934) (0)
- X-Ray Levels of Radioactive Elements with Applications to Beta and Gamma-Ray Spectra (1935) (0)
- Erratum: The Efficiency of Counters and Counter Circuits (1937) (0)
- Evidence Against the Existence of Heavy Beta-Particles (1938) (0)
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