Otto Laporte

Q: What Schools Are Affiliated With Otto Laporte

Otto Laporte is affiliated with the following schools: University of California, Berkeley, Ludwig Maximilian University of Munich, University of Michigan, Stanford University

Otto Laporte's AcademicInfluence.com Rankings

Otto Laporte

Physics

#2593

Historical Rank

physics Degrees

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Physics

Otto Laporte's Degrees

PhD Physics University of California, Berkeley

Why Is Otto Laporte Influential?

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According to Wikipedia, Otto Laporte was a German-born American physicist who made contributions to quantum mechanics, electromagnetic wave propagation theory, spectroscopy, and fluid dynamics. His name is lent to the Laporte rule in spectroscopy and to the Otto Laporte Award of the American Physical Society.

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Otto Laporte'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

Application of Spinor Analysis to the Maxwell and Dirac Equations (1931) (191)
Some Rules of Spectral Structure (1925) (111)
New Covariant Relations Following from the Dirac Equations (1931) (18)
The Spectrum of Neutral Tungsten, W I (1943) (16)
Hydrodynamic Aspects of Shock Tube Spectroscopy (1960) (16)
Degeneracies Among Terms of a Configuration of Equivalent Electrons (1942) (15)
Polyhedral Harmonics (1948) (15)
The First Spark Spectrum of Rubidium (Rb II) (1931) (14)
Absorption Coefficients for Thermal Neutrons. Remarks on the Preceding Paper of C. T. Zahn (1937) (13)
The First Spark Spectrum of Caesium (Cs II) (1932) (12)
Absorption Spectra of the Palladium and Platinum Triads (1926) (10)
Luminosity generated by Shock Waves (1953) (9)
Note on Kowalewski's Top in Quantum Mechanics (1933) (8)
Elastic Scattering of Yukawa Particles. I (1938) (8)
Reflection of Strong Blast Waves (1964) (8)
Resonance Separations in Configurations of type p 5 s and d 9 s (1930) (7)
Term Formulae for the Configuration d 5 (1942) (6)
RESISTANCE OF A PLASMA SLAB BETWEEN JUXTAPOSED DISK ELECTRODES (1966) (6)
Weber's Mixed Boundary‐Value Problem in Electrodynamics (1967) (6)
THE USE OF THE SHOCK TUBE AS A SPECTROSCOPIC SOURCE WITH AN APPLICATION TO THE MEASUREMENT OF GF-VALUES FOR LINES OF NEUTRAL AND SINGLY IONIZED CHROMIUM (1961) (5)
Interaction of Cylindrical Sound Waves with a Stationary Shock Wave (1958) (5)
On Kepler Ellipses Starting from a Point in Space (1970) (5)
The Second Spark Spectrum of Zinc, Zn III (1927) (5)
Stereographic parameters and pseudo-minimal hypersurfaces. II (1936) (5)
The Application of the X-Ray Laws to Optical Spectra of Higher Rank, and the Classification of Ga IV and Ge V (1928) (5)
Optics: Vol. 5 of Lectures on Theoretical Physics (1955) (4)
On the Interaction of Two Plane Shocks Facing in the Same Direction (1954) (3)
Parameters Characterizing the Strength of a Shockwave (1953) (3)
Interpretation of Spectra, Especially of the Second Long Period* (1926) (3)
Rigorous solutions for the spanwise lift distribution of a certain class of airfoils (1944) (3)
Theory of hydrogen line broadening in high-temperature partially ionized gases (1957) (2)
DISPLACED SERIES IN THE SPECTRUM OF CHROMIUM. (1926) (2)
ARC SPECTRUM REGULARITIES FOR RUTHENIUM. (1925) (2)
The Arc Spectrum of Chlorine (1928) (2)
The Approximation of Geometric Optics as Applied to a Dirac Electron Moving in a Magnetic Field (1932) (2)
An investigation of the exact solutions of the linearized equations for the flow past conical bodies part III : Supersonic flow past an elliptical cone at an angle of attack. (1948) (1)
Electrical breaking of shock-tube diaphragms : progress report (1958) (1)
Spark Spectrum of Caesium (Cs II) (1931) (1)
Spark Spectrum of Rubidium (Rb II) (1931) (1)
Exact Expressions for Curved Characteristics Behind Strong Blast Waves. (1971) (1)
Erratum to: Stellar Clusters (1936) (0)
Shock waves. (1949) (0)
Curved characteristics behind blast waves. (1972) (0)
Series and Ionization Potentials in the Iron Spectrum. (1926) (0)
The Fundamental Level of the Iron Atom (1926) (0)
Construction of a Shock Tube for Metallic Vapors (1969) (0)
STRONG LUMINOUS SHOCKS PRODUCED IN SHOCK TUBES. (1961) (0)
Walter Francis Colby (1970) (0)
Spectroscopy by means of shockwaves (1969) (0)
A Cryogenic Shock Tube: Low Temperature Shock Waves in Molecular Hydrogen. (1971) (0)
Regularities in the Ionization Potentials of Light Elements (1929) (0)
Erratum to: The Nebulae (1936) (0)
The Spectrum of Ionised Sodium (1928) (0)
Construction of a sector shock tube : progress report no. 7 (1957) (0)
IONIZED MERCURY GAS IN THE HEATED SHOCK TUBE: THE MEASUREMENT OF RELAXATION TIMES AND ABSOLUTE INTENSITIES. (1968) (0)
Electromagnetic Waves in Spherical or Solid-Angular Regions (1948) (0)
Scattering of Yukawa Particles by Protons (1938) (0)
Supersonic flow past a delta wing at angles of attack and yaw (1948) (0)
THE USE OF THE HEATED SHOCK TUBE AS A SPECTROSCOPIC SOURCE. (1969) (0)
PLASMAS OF MERCURY IN A PRESSURE-DRIVEN SHOCK TUBE. (1966) (0)
Erratum to: Bandenspektra (1936) (0)
CONSTRUCTION OF A SECTOR SHOCK TUBE (1957) (0)
POTENTIAL PROBLEMS INVOLVING THE SPACE OUTSIDE A CIRCULAR DISK. (1970) (0)
Erratum to: Eclipses of the Sun (1936) (0)
Ionized mercury gas in the heated shock tube : the measurements of relaxation times and absolute intensities : final report (1968) (0)
Skin Diseases of the Dog. (1934) (0)
A Rigorous Method for Finding the Lift of a Certain Class of Airfoils and Remarks on the Meaning of Schrenk's Approximate Rule (1955) (0)
Quarterly technical status report : September 15, 1953 to May 31, 1954 (1954) (0)
A Frenchman takes a look at Washington state wines (1973) (0)
A STUDY OF CYLINDRICAL SHOCK WAVES IN A SECTRO SHOCK TUBE (1961) (0)
Asymmetric Zeeman Effect Patterns in a Complex Spectrum (1937) (0)
Screening Constants from Optical Data (1927) (0)

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What Schools Are Affiliated With Otto Laporte?

Otto Laporte is affiliated with the following schools:

Otto Laporte's Academic­Influence.com Rankings