Henry G. Booker
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Most Influential Person Across History
Physicist
Henry G. Booker's AcademicInfluence.com Rankings
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Physics
Henry G. Booker's Degrees
- Masters Physics Stanford University
Why Is Henry G. Booker Influential?
(Suggest an Edit or Addition)According to Wikipedia, Henry George Booker was an Anglo-American physicist and electrical engineer. Booker was a member of the National Academy of Sciences. He was head of panel on stratospheric pollution. He was a head of the Maths Group at Worth focused on radio propagation. He was director of the Cornell University’s school of electrical engineering, and the founder of department of electrical engineering and computer science at University of California, San Diego. The New York Times called Booker "worldwide authority on radio wave propagation", as well as "one of the world's foremost authorities on the propagation of electric waves"
Henry G. Booker'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
- Scattering of radio waves by the F-region of the ionosphere (1938) (360)
- A Theory of Radio Scattering in the Troposphere (1950) (335)
- Slot aerials and their relation to complementary wire aerials (Babinet's principle) (1946) (324)
- Diffraction from an irregular screen with applications to ionospheric problems (1950) (274)
- A theory of scattering by nonisotropic irregularities with application to radar reflections from the aurora (1956) (177)
- The concept of an angular spectrum of plane waves and its relation to that of polar diagram and aperture distribution (1950) (157)
- Propagation of Wave-Packets Incident Obliquely upon a Stratified Doubly Refracting Ionosphere (1938) (121)
- Fitting of multi-region ionospheric profiles of electron density by a single analytic function of height (1977) (108)
- A local reduction of F‐region ionization due to missile transit (1961) (102)
- The role of acoustic gravity waves in the generation of spread-F and ionospheric scintillation (1979) (78)
- Guidance of radio and hydromagnetic waves in the magnetosphere (1962) (78)
- Theory of refractive scattering in scintillation phenomena (1981) (74)
- Turbulence in the ionosphere with applications to meteor‐trails, radio‐star scintillation, auroral radar echoes, and other phenomena (1956) (72)
- The Use of Radio Stars to Study Irregular Refraction of Radio Waves in the Ionosphere (1958) (70)
- Radio scattering in the lower ionosphere (1959) (70)
- The magneto-ionic theory and its application to the ionosphere: J. A. Ratcliffe: Cambridge University Press, 1959. x + 206pp., 40s (1959) (69)
- A New Kind of Radio Propagation at Very High Frequencies Observable over Long Distances (1952) (68)
- Techniques for Handling Elliptically Polarized Waves with Special Reference to Antennas: Introduction (1951) (61)
- Relation Between Actual and Virtual Ionospheric Height (1940) (59)
- Cold plasma waves (1984) (58)
- Oblique Propagation of Electromagnetic Waves in a Slowly-Varying Non-Isotropic Medium (1936) (56)
- Theory of Radio Transmission by Tropospheric Scattering Using Very Narrow Beams (1955) (50)
- The Application of the Magneto-Ionic Theory to the Ionosphere (1935) (41)
- Comparison between the extended-medium and the phase-screen scintillation theories (1985) (41)
- Interpretations of radio reflections from the aurora (1955) (40)
- Application of the magneto‐ionic theory to radio waves incident obliquely upon a horizontally‐stratified ionosphere (1949) (36)
- Some General Properties of the Formulae of the Magneto-Ionic Theory (1934) (34)
- A theory of long‐duration meteor‐echoes based on atmospheric turbulence with experimental confirmation (1956) (32)
- Energy in Electromagnetism (1982) (32)
- A comparative study of ionospheric measurement techniques (1970) (31)
- A theoretical model for equatorial ionospheric spread-F echoes in the HF and VHF bands (1978) (31)
- Use of scintillation theory to explain frequency-spread on F-region ionograms (1986) (31)
- Use of refractive scattering to explain SHF scintillations (1979) (28)
- The elements of wave propagation using the impedance concept (1947) (28)
- Guiding of electromagnetic waves along a magnetic field in a plasma (1963) (28)
- The Effects of Ions on Low Frequency and Very Low Frequency Propagation in an Abnormally Ionized Atmosphere (1964) (27)
- Application of refractive scintillation theory to radio transmission through the ionosphere and the solar wind, and to reflection from a rough ocean (1981) (24)
- A Discussion on the early days of ionospheric research and the theory of electric and magnetic waves in the ionosphere and magnetosphere - Electromagnetic and hydromagnetic waves in a cold magnetoplasma (1975) (23)
- Quantitative explanation of strong multi-frequency intensity scintillation spectra using refractive scattering (1981) (23)
- Intensity fluctuations due to a deep phase screen with a power-law spectrum (1981) (23)
- A scintillation theory of the fading of HF waves returned from the F-region: receiver near transmitter (1987) (22)
- The relation between ionospheric profiles and ELF propagation in the Earth-ionosphere transmission line (1976) (19)
- A relation between the Sommerfeld theory of radio propagation over a flat earth and the theory of diffraction at a straight edge (1950) (18)
- On the level at which fading is imposed on waves reflected vertically from the ionosphere (1955) (17)
- Dispersion of waves in a cold magnetoplasma from hydromagnetic to whistler frequencies (1965) (15)
- An ionospheric investigation concerning the Lorentz polarization‐correction (1938) (15)
- A scintillation theory of fading in long distance HF ionospheric communications (1987) (14)
- Some problems in radio meteorology (1948) (13)
- Theorem Concerning Reflection From a Plane Stratified Medium (1968) (13)
- Elements of radio meteorology: how weather and climate cause unorthodox radar vision beyond the geometrical horizon (1946) (12)
- The Role of Stratospheric Scattering in Radio Communication (1957) (12)
- Weak scattering theory applied to equatorial ionospheric scintillation for a wide range of parametric values (1980) (11)
- The effects of nuclear bursts in space on the propagation of high-frequency radio waves between separated earth terminals: (1963) (11)
- Application of a simplified theory of ELF propagation to a simplified worldwide model of the ionosphere (1980) (10)
- Concerning ionospheric turbulence at the meteoric level (1958) (8)
- Fifty years of the ionosphere. The early years—Electromagnetic theory (1974) (7)
- RADIO REFRACTION IN THE ATMOSPHERE (1948) (6)
- Simple Methods for Calculating LF and VLF Reflection Loss In the Disturbed Lower Ionosphere (1968) (6)
- A SIMPLIFIED THEORY OF ELF PROPAGATION IN THE EARTH-IONOSPHERE TRANSMISSION LINE* * * (1980) (6)
- A scattering theory of VHF transequatorial propagation (1983) (6)
- Atmospheric research and electromagnetic telecommunication — Part I (1965) (5)
- Application of refractive scintillation theory to laser transmission through the atmosphere near ground level (1985) (5)
- A simplified theory of ELF propagation in the Earth-ionosphere transmission line (1980) (4)
- What Is Wrong with Engineering Education? (1954) (4)
- University Education and Applied Science. (1963) (4)
- The ionosphere as the secondary conductor of a transformer for ELF (1973) (4)
- Transactions of the international symposium on fluid mechanics in the ionosphere (1959) (4)
- Is the Teaching of Electricity and Magnetism in Need of Change? (1977) (4)
- Academic Organization in Physical Science: Universities should organize a unified approach to all pure and applied physical science. (1964) (3)
- Transmission of Electromagnetic Waves Through Normal and Disturbed Ionospheres (1970) (3)
- Nonexistence of Continuous Intense Ionization in the Troposphere and Lower Stratosphere (1939) (3)
- Developments in the theory of radio propagation, 1900–1950 (1975) (3)
- A Vector Approach to Oscillations (1965) (3)
- Propagation of phase along the imposed magnetic field (1984) (2)
- MORPHOLOGY OF IONOSPHERIC STORMS (1954) (2)
- An approach to electrical science (1959) (2)
- URSI National Committee Report, XIV General Assembly, Tokyo, September 1963: Commission 4. Magnetospheric Radio (8 Sections) (1964) (1)
- Radar and communications antenna-siting for low-angle radiation at high frequencies (1975) (1)
- Meteorological Aspects of Propagation Problems (1951) (1)
- The Future of Propagation Research and Development (1962) (1)
- THE EFFECT OF IONS ON LF AND VLF PROPAGATION IN AN ABNORMALLY IONIZED ATMOSPHERE (1964) (1)
- Elementary properties of a plasma (1984) (1)
- Radiation Intensity of the PAVE PAWS Radar System (1979) (1)
- ECONOMICAL METHODS FOR CALCULATING LF AND VLF IONOSPHERIC ATTENUATION BASED ON WAVE THEORY (1967) (0)
- CHAPTER 4 – THE EXPONENTIAL FUNCTION OF A VECTOR (1965) (0)
- Height of Maximum Electron‐Density in the Ionosphere (1942) (0)
- The Ionospheric Reflection-Level and Leakage-Rate for the Earth-Ionosphere Transmission-Line at ELF (1974) (0)
- A Panoramic View of Ionospheric Reflection and Transmission Under Ambient and Disturbed Conditions (1970) (0)
- General properties of group propagation in a magnetoplasma (1984) (0)
- Directional behaviour of group velocity in a magnetoplasma (1984) (0)
- CHAPTER 1 – THE TECHNIQUE OF HANDLING OSCILLATIONS (1965) (0)
- Clerk Maxwell and modern science, C. Domb, ed. (1964) (0)
- CHAPTER 2 – VECTOR ALGEBRA USING PLANAR PRODUCTS AND QUOTIENTS (1965) (0)
- The field of an antenna in a magnetoplasma (1984) (0)
- Some practical aspects of auroral propagation (1956) (0)
- Directional behaviour of the power radiated by a dipole in a magnetoplasma (1984) (0)
- WhatIsWrong withEngineering Education (1954) (0)
- A criticism of the Feinstein-Carroll theory of tropospheric propagation (1952) (0)
- A Simplified Theory of ELF Propagation in its Earth-Ionosphere Transmission Line and its Worldwide Application. Supplement, (1980) (0)
- HF channel simulator for wideband signals deviative absorption and groundwave attenuation in the HF channel, addendum 1 (1978) (0)
- Propagation of phase transverse to the imposed magnetic field (1984) (0)
- Alternating current in a magnetoplasma (1984) (0)
- A relation between the Sommerfeld theory of radio propagation over a flat Earth and the theory of edge-diffraction (1948) (0)
- The authors' replies to the discussion on "Propagation" (1948) (0)
- The quasi-longitudinal and quasi-transverse approximations (1984) (0)
- Elliptic polarization of the X wave for transverse propagation (1984) (0)
- A FUNDAMENTAL PROBLEM CONCERNING THE LORENTZ CORRECTION TO THE THEORY OF REFRACTION. (1938) (0)
- Book-Review - Cold Plasma Waves (1985) (0)
- CHAPTER 3 – GRAPHICAL REPRESENTATION OF VECTOR FUNCTIONS OF A VECTOR (1965) (0)
- Electron density profiles in ionosphere and exosphere: edited by Jon Frihagen. 629 pages, diagrams, illustr., 512×9 in. New York, John Wiley & Sons, Inc., 1966. Price, $18.75 (1967) (0)
- Maxwell’s equations (1984) (0)
- Encyclopedia of physics: Geophysics III/2: edited by S. Flügge. 630 pages, diagrams, illustr. 7 × 10 in. Berlin, Germany, New York, Springer-Verlag, 1967. Price, $42.00 (1968) (0)
- Energy flow and group velocity for longitudinal propagation (1984) (0)
- Atmospheric research and electromagnetic telecommunication — Part II: Telecommunication-oriented research programs in fiscal year 1964 (1965) (0)
- The radio approximation (1984) (0)
- The hydromagnetic approximation (1984) (0)
- Proposal for an International Union of Solar System Physics. (1963) (0)
- The authors' reply to the discussion on “The elements of wave propagation using the impedance concept” (1947) (0)
- Radio wave propagation and the ionosphere (1963) (0)
- A Fundamental Problem Concerning the Lorentz Correction to the Theory of Refraction (1938) (0)
- Energy behaviour of the X wave for transverse propagation (1984) (0)
- Propagation at any angle to the imposed magnetic field (1984) (0)
- Phenomena of Radio Scattering in the Ionosphere (1958) (0)
- Theory of Radio AntennÆ (1947) (0)
- LF AND VLF REFLECTION LOSS IN THE LOWER IONOSPHERE: A THEOREM ON ABSORPTION AND ITS APPLICATION. (1967) (0)
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