George T. Reynolds | Academic Influence

George T. Reynolds's AcademicInfluence.com Rankings

George T. Reynolds

Physics

#4138

World Rank

#5735

Historical Rank

#1418

USA Rank

Astronomy

#1182

World Rank

#1930

Historical Rank

#437

USA Rank

physics Degrees

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Physics

George T. Reynolds's Degrees

Bachelors Physics Princeton University
Masters Astronomy University of California, Berkeley

Why Is George T. Reynolds Influential?

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According to Wikipedia, George Thomas Reynolds was an American physicist best known for his accomplishments in particle physics, biophysics and environmental science. Reynolds received his PhD in physics from Princeton in 1943, writing a thesis of the propagation of shock waves. During World War II, he joined the United States Navy, and served with the Manhattan Project. He worked with George Kistiakowsky on the design of the explosive lenses required by the implosion-type nuclear weapon. He was involved in the investigation of the Port Chicago disaster, served with Project Alberta on Tinian, and was part of the Manhattan Project team sent to Hiroshima and Nagasaki to inspect the bomb damage.

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George T. Reynolds'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

A free calcium wave traverses the activating egg of the medaka, Oryzias latipes (1978) (554)
Quantum efficiency of Cypridina luminescence, with a note on that of Aequorea† (1962) (189)
Temporal sequence and spatial distribution of early events of fertilization in single sea urchin eggs (1984) (173)
Contractile basis of ameboid movement. VII. Aequorin luminescence during ameboid movement, endocytosis, and capping (1980) (129)
Source and sinks for the calcium released during fertilization of single sea urchin eggs (1985) (124)
Microspectrofluorometry by digital image processing: measurement of cytoplasmic pH (1984) (124)
Calcium transients during early development in single starfish (Asterias forbesi) oocytes (1984) (87)
Light at deep‐sea hydrothermal vents (1996) (68)
Image intersification applied to biological problems (1972) (61)
The Subcellular Origin of Bioluminescence in Noctiluca miliaris (1967) (60)
The development of bioluminescence in the ctenophore Mnemiopsis leidyi. (1973) (60)
Sonoluminescence produced by ‘‘stable’’ cavitation (1985) (53)
High sensitivity image intensifier-TV detector for x-ray diffraction studies. (1978) (52)
Image Intensification Applied to Light Microscopy (1980) (51)
Piezoluminescence from a ferroelectric polymer and quartz (1997) (50)
Filament Scintillation Counter (1957) (45)
Investigations of ambient light emission at deep‐sea hydrothermal vents (2002) (43)
The cellular origin of bioluminescence in the colonial hydroid Obelia. (1974) (33)
Evaluation of Area Photon Detectors by a Method Based on Detective Quantum Efficiency (DQE) (1978) (33)
Mechanical stimulation of bioluminescence in the dinoflagellate Gonyaulax polyedra Stein (1988) (33)
Survey of two-dimensional electro-optical X-ray detectors (1982) (33)
Slow‐scan silicon‐intensified target‐TV x‐ray detector for quantitative recording of weak x‐ray images (1982) (30)
Interference effects produced by single photons (1969) (30)
APPLICATION OF PHOTOSENSITIVE DEVICES TO BIOLUMINESCENCE STUDIES (1978) (26)
CAPTURE OF $mu$-MESONS IN HEAVY ELEMENTS (1951) (25)
Evaluation of an Image Intensifier System for Microscopic Observations (1964) (25)
Ambient light emission from hydrothermal vents on the Mid‐Atlantic Ridge (2002) (21)
SUBUNIT COORDINATION IN THE FIREFLY LIGHT ORGAN. (1969) (19)
Present Status of Scintillation Chambers (1960) (18)
Cloud-Chamber Evidence for a Charged Counterpart of the θ 0 Particle (1954) (18)
Cherenkov rings from single particles observed with a high-gain image intensifier system (1963) (18)
Variations in ambient light emission from black smokers and flange pools on the Juan De Fuca Ridge (2000) (17)
Liquid scintillation counters. (1950) (17)
Secondary Electron Multiplication in Image Intensifier Dynode Structures (1966) (15)
Sensitivity of an image intensifier film system. (1966) (14)
Mechanoluminescence of plastic scintillation counters (2000) (14)
Sources of light in the deep ocean (2001) (13)
Calcium transients during early development in echinoderms and teleosts (1977) (12)
Area detectors capable of recording X-ray diffraction patterns at high count-rates☆ (1982) (11)
A High Gain Image Intensifier - Spectroscope System for in Vivo Spectral Studies of Bioluminescence (1975) (11)
Protein crystallography using the rotation method and an image-intensifier-aided detector (1974) (10)
Observation of the Focused Ring of Cerenkov Light from a Single Particle (1962) (10)
The oscillatory nature of fungal luminescence (1970) (10)
Muon Capture on Carbon (1963) (10)
Image Tube Characteristics of Importance in X-ray Diffraction Studies (1976) (8)
Image Intensification Techniques Applied to the Study of X-Ray Diffraction Pattens (1970) (8)
KINETIC ENERGIES OF V$sup 0$$sub 1$ PARTICLES (1953) (8)
Image Intensification of X-Ray Diffraction Patterns from Biological Structures (1977) (8)
X-ray diffraction analysis of wet isolated bovine rod outer segment disks. A dehydration study. (1982) (8)
The quality factor of oscillating bubbles as an indication of gas content with particular reference to methane (2005) (7)
ORIENTATION OF PLANES IN DOUBLE V$sup 0$ DECAY EVENTS (1955) (7)
Spectral Emission from Scintillation Solutions and Crystals (1950) (7)
KINEMATICS OF $lambda$$sup 0$ PRODUCTION (1954) (6)
PRODUCTION OF STRANGE PARTICLES BY 1.5-Bev $pi$ to the minus MESONS IN C, Fe, AND Pb (1960) (6)
Variations in cosmic-ray spectra during Forbush events in 1966. (1968) (5)
Applications of image intensification to low level fluorescence studies of living cells. (1980) (5)
Scintillomicroscope for radioactive tracer detection. (1968) (5)
Some Measurements of the Efficiency for Observing Photoelectrons in Image Intensifiers (1962) (5)
Angular Correlation Effects in Unstable Particle Decay (1955) (5)
The Preparation and Standardization by Different Methods of Liquid Light Sources (1967) (5)
Chemiluininescence in Reaction of Methyl Radicals with Oxygen in Aqueous Solution (1972) (5)
Cosmic‐Ray Tracks in Filament Scintillation Chambers (1959) (5)
π± Tracks in a Filament Scintillation Chamber (1960) (5)
Evidence for Vapor Bubble Luminescence. (2000) (5)
PRODUCTION OF STRANGE PARTICLES BY 2.8-Bev PROTONS IN C, Fe, AND Pb (1960) (5)
Observations of sonoluminescence using image intensification (1982) (5)
Temporal Sequence and Spatial Distribution of Early of Fertilization in Single Sea Urchin Eggs Events (1984) (4)
Cloud-Chamber Observations on ChargedVParticles (1955) (4)
Depth of Field Measurements Relevant to Single Photon Detection Using Image-intensified Microscopy (1985) (4)
An Automatic X-Ray Diffraction Spectrograph (1972) (4)
Thirty Years Of (Image) Intensified Physics And Biology (1989) (3)
MASSES OF S PARTICLES (1955) (3)
The Distribution of Single Electron Pulse Sizes from Multidynode Electron Multipliers, and Single Electron Detection (1966) (3)
Image Intensifier Studies of Sonoluminescence from Liquids Subjected to Low Level Ultrasonic Pressure Amiplitudes (1986) (2)
OBSERVATIONS ON S PARTICLES (1955) (2)
Spatial, Temporal and Spectral Observations of Sonoluminescence by Means of Image Intensification (1983) (2)
Vapor Bubble Luminescence From Deep Sea Hydrothermal Vent Minerals and Other Hot Solids (2001) (2)
Distribution of light pulse sizes from single cathode electrons in an image intensifier (1966) (2)
Photon Interference Experiments Utilizing Photoelectronic Devices (1969) (2)
Image intensified microscopy and spectrometry (1987) (2)
Photoelectron detection efficiency of high-gain image intensifier systems used with scintillation chambers (1963) (1)
Wavelength dependence of cathode non-uniformities in image intensifiers. Technical report 14 (1973) (1)
Observation of Unpolarized Λ ' s Produced by 1.5-Bev π − Interactions in Pb, Fe, and C (1958) (1)
Image intensification with color capability. (1991) (1)
A scintillation chamber—image intensifier beam profile detector (1962) (1)
Detection of high energy μ-mesons by an air Čerenkov counter (1959) (1)
Bioluminescent spectra observed in vivo by means of an image intensifier spectrometer. Technical report 15 (1973) (1)
Filament Scintillation Chamber Experiments at Princeton University (1962) (1)
Spatial distribution of light in luminescent fungal mycelia (1970) (1)
Quantitative Studies of Weak Light Sources in Biological Systems by Means of an Image Intensifier (1968) (1)
Evaluation of the Possibility of Observing Normal Behavior of an Organism at a Deep Sea Hydrothermal Vent (2001) (1)
SENSITIVITY OF IMAGE INTENSIFIER-FILM SYSTEMS FOR OBSERVING WEAK LIGHT SOURCES. Technical Report No. 1 (1965) (1)
Energy research for physicists (1976) (1)
Image Intensification of X-Ray Diffraction Patterns from Protein Molecules (1975) (1)
Penetrating Power of Extensive Shower Particles (1948) (1)
Emissivity of Deep Sea Hydrothermal Vent Plumes (2000) (1)
Application of Image Intensifier-Vidicon Systems to Low-light-level Phenomena in Physics and Biology (1988) (1)
Graphical determination of the path of a scattered particle (1956) (1)
Visualization of radio-activity in Schistosoma mansoni by means of an image intensifier (1966) (0)
Recent cloud chamber and electronic measurements of heavy meson lifetimes (1956) (0)
A quantitative slide test for ATP (2005) (0)
Image intensification of a luminescent system used as a cytochemical probe. Technical report No. 6 (1968) (0)
NUCLEAR TRACK PHOTOGRAPHY (1962) (0)
Triboluminescence and Light at Deep Sea Hydrothermal Vents (2000) (0)
A Possible Acoustical Method of Determining the Content of an Oscillating Bubble Near the Sea Floor (2001) (0)
Henry DeWolf Smyth (1997) (0)
DISTRIBUTION OF SINGLE ELECTRON PULSE SIZES FROM MULTIDYNODE ELECTRON MULTIPLIERS. Technicla Report No. 2 (1965) (0)
Laboratory energy distribution of Λ0 particles (1956) (0)
On the Effect of Lead above Apparatus for the Detection of Low Energy Mesons (1949) (0)
LABORATORY ENERGY DISTRIBUTION OF $lambda$$sup 0$ PARTICLES (1956) (0)
Scintillation Counters and Luminescent Chambers (1963) (0)
Calcium Transients during Early (Asterias forbesi) Oocytes Development in Single Starfish (2003) (0)
Development and application of photosensitive device systems to studies of biological and organic materials. Progress report, January 1, 1993--December 31, 1993 (1993) (0)
Study of Sources of Light in the Deep Ocean (2001) (0)
DOUBLE CLOUD-CHAMBER INVESTIGATION OF 500 Me PARTICLES IN COSMIC RAYS (1961) (0)
Source during and Sinks for the Calcium Released Fertilization of Single Sea Urchin Eggs (2002) (0)
Localization of free calcium using image intensification. (1982) (0)
SOLID AND LIQUID SCINTILLATION COUNTERS (1952) (0)
SINGLE ELECTRON LIGHT PULSE SIZE DISTRIBUTION FROM A CASCADED IMAGE INTENSIFIER. Technical Report No. 3 (1966) (0)
Experimental demonstration of ATP on the muscle cell surface. (1970) (0)
Fabrication of Ceramic Materials so that Radomes can be made with Acceptably Low Transmission Losses for all Antenna Positions (1954) (0)
Development and applications of photosensitive device systems to biological observations. Progress report, July 1, 1976--June 30, 1977 (1976) (0)
Criteria for evaluation of low light level intensifiervidicon detectors for microscopy and spectroscopy. Technical report No. 24 (1980) (0)
Development and applications of photosensitive device systems to studies of biological and organic materials: Progress report for period June 1964-December 1986 (1987) (0)
Allen Goodrich Shenstone (1980) (0)

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