Paul I. Richards
#113,192
Most Influential Person Across History
Physicist and applied mathematician
Paul I. Richards's AcademicInfluence.com Rankings
Paul I. Richardsmathematics Degrees
Mathematics
#7517
Historical Rank
Applied Mathematics
#204
Historical Rank
Measure Theory
#1528
Historical Rank

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Physics Mathematics
Paul I. Richards's Degrees
- Masters Applied Mathematics Stanford University
- Bachelors Physics California Institute of Technology
Why Is Paul I. Richards Influential?
(Suggest an Edit or Addition)According to Wikipedia, Paul Irving Richards was a physicist and applied mathematician. Richard's is best known to electrical engineers for the eponymous Richards' transformation. However, much of his career was concerned with radiation transport and fluid flow. Notably, he produced one of the earliest models of traffic waves on busy highways.
Paul I. Richards'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
- Shock Waves on the Highway (1956) (3376)
- Resistor-Transmission-Line Circuits (1948) (287)
- A special class of functions with positive real part in a half-plane (1947) (83)
- Manual of Mathematical Physics (1959) (60)
- Computing reliable power spectra (1967) (38)
- On the Hamiltonian for a Particle in an Electromagnetic Field (1948) (35)
- THE ORDER OF ELECTRON SHELLS IN IONIZED ATOMS. (1964) (25)
- Probability of Coincidence for Two Periodically Recurring Events (1948) (23)
- AVERAGES FOR POLYGONS FORMED BY RANDOM LINES. (1964) (21)
- Applications of Matrix Algebra to Filter Theory (1946) (15)
- Numerical Integration of Large, Highly-Damped, Nonlinear Systems (1965) (13)
- Scattering from a Point Source in Plane Clouds (1956) (12)
- Precedence Constraints and Arrow Diagrams (1967) (12)
- General impedance-function theory (1948) (11)
- Mass Measurements with a Magnetic Time-of-Flight Mass Spectrometer (1951) (11)
- Collision and Saturation Broadening in Microwave Spectra (1948) (10)
- Multiple Isotropic Scattering (1955) (9)
- Irradiation of small volumes by contained radioisotopes. (1950) (9)
- Universal Optimum-Response Curves for Arbitrarily Coupled Resonators (1946) (8)
- SCINTILLATION-TYPE ION DETECTOR (1950) (8)
- Neutron Flux Spectra in Air (1956) (6)
- Proper words in proper places : writing to inform (1964) (5)
- Notes on Feenberg's Series-Rearrangements (1948) (5)
- MASSES OF LEAD AND BISMUTH (1952) (4)
- Saturation and Power Broadening of Microwave Resonance Lines (1948) (4)
- Sampling positive functions (1966) (3)
- Proper Words in Proper Places (1965) (2)
- PENETRATION OF NEUTRONS IN AIR (1955) (2)
- Symmetry in Numerical Matrix Calculations (1963) (2)
- Conventions in Matrix Optics (1964) (2)
- Radiative Transport from Point Sources in a Stratified Medium (1959) (2)
- Numerical Stability and Unsteady Shock Waves (1960) (2)
- Writers: fancies and foibles. (1967) (1)
- SCATTERING OF GAMMA RAYS NEAR AN INTERFACE (1957) (1)
- A Plea for Clarity (1952) (1)
- Synthesizing transfer functions with two grounded pentodes (1967) (1)
- RADIATION TRANSPORT IN THE ATMOSPHERE (1964) (0)
- General Impedance-Function Theory and Transmission - Networks. (1947) (0)
- Cathode-follower fallacies. (1950) (0)
- A Simple Ion‐Gauge Regulator (1951) (0)
- A Generating Function (1967) (0)
- The Minimum of a Double Integral (A. W. Overhauser) (1967) (0)
- MASS DIFFERENCE OF RUBIDIUM AND POTASSIUM ISOTOPES (1950) (0)
- Zero Cancellation Synthesis Using Impedance Operators (1960) (0)
- The Irradiation of Small Volumes by Contained Radioactive Isotopes (1950) (0)
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