Jesse DuMond
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Most Influential Person Across History
American physicist
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Physics
Jesse DuMond's Degrees
- Masters Physics Stanford University
Why Is Jesse DuMond Influential?
(Suggest an Edit or Addition)According to Wikipedia, Jesse William Monroe DuMond was an American experimental physicist. He worked at the National Bureau of Standards and later at Caltech where he was involved in experimental approaches to establish accurate measurements of a number of physical constants including the mass and charge of the electron; and Planck's constant.
Jesse DuMond'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
- Our Knowledge of the Fundamental Constants of Physics and Chemistry in 1965 (1965) (294)
- Theory of the Use of More Than Two Successive X-Ray Crystal Reflections to Obtain Increased Resolving Power (1937) (187)
- Least-Squares Adjustment of the Atomic Constants, 1952 (1953) (175)
- An X-Ray Method of Determining Rates of Diffusion in the Solid State (1940) (172)
- ANALYSIS OF VARIANCE OF THE 1952 DATA ON THE ATOMIC CONSTANTS AND A NEW ADJUSTMENT, 1955 (1955) (165)
- The Linear Momenta of Electrons in Atoms and in Solid Bodies as Revealed by X-Ray Scattering (1933) (129)
- A Determination of the Wave Forms and Laws of Propagation and Dissipation of Ballistic Shock Waves (1946) (98)
- Precision Determination of Nuclear Energy Levels in Heavy Elements (1958) (98)
- Least-squares adjusted values of the atomic constants as of December, 1950 (1951) (93)
- The fundamental constants of physics (1957) (86)
- THE MULTIPLE CRYSTAL X‐RAY SPECTROGRAPH (1930) (80)
- A High Resolving Power, Curved‐Crystal Focusing Spectrometer for Short Wave‐Length X-Rays and Gamma‐Rays (1947) (74)
- DECAYS OF Ta$sup 182$ AND Ta$sup 18$$sup 3$ (1955) (65)
- Our Knowledge of the Atomic Constants F, N, m, and h in 1947, and of Other Constants Derivable Therefrom (1948) (61)
- Rotational and intrinsic levels in Tm169 and Lu175 (1956) (54)
- A germanium bent-crystal monochromator for nuclear spectroscopy (1962) (47)
- Precision Measurement of the Wave-Length and Spectral Profile of the Annihilation Radiation from Cu$sup 64$ with the Two-Meter Focusing Curved Crystal Spectrometer (1949) (46)
- Multiple scattering in the Compton effect (1930) (43)
- Method of Correcting Low Angle X-Ray Diffraction Curves for the Study of Small Particle Sizes (1947) (41)
- Crystals and X-Rays (1950) (37)
- Selective X-Ray Diffraction from Artificially Stratified Metal Films Deposited by Evaporation (1935) (35)
- Submicroscopic Structure Determination by Long Wavelength X‐Ray Diffraction (1955) (34)
- DECAY OF Ir$sup 19$$sup 2$ (1955) (32)
- Conditions for Optimum Luminosity and Energy Resolution in an Axial β‐Ray Spectrometer with Homogeneous Magnetic Field (1949) (30)
- Experimental evidence for electron velocities as the cause of Compton line breadth with the multicrystal spectrograph (1931) (27)
- Precision Determination of Gamma Rays Following (p, p'γ) and (p, nγ) Reactions (1958) (27)
- A Direct Spectrum of the Structure and Shift of the Compton Line with Helium Gas as the Scatterer (1937) (26)
- Status of knowledge of the fundamental constants of physics and chemistry as of January 1959 (1959) (24)
- X-Ray and Gamma-Ray Reflection Properties from 500 X Units to Nine X Units of Unstressed and of Bent Quartz Plates for Use in the Two-Meter Curved-Crystal Focusing Gamma-Ray Spectrometer (1950) (23)
- Superiority of a Knudsen Type Vacuum Gauge for Large Metal Systems with Organic Vapor Pumps; Its Design and Operation (1935) (23)
- New Point‐Focusing Monochromator (1954) (21)
- Precision wave-length measurements of the 1.1- and 1.3-Mev lines of CO60 with the two-meter focusing curved-crystal spectrometer (1949) (20)
- Precision measurement of L X-ray wavelenghts and line widths for 74 ≦ Z ≦ 95 and their interpretation in terms of nuclear perturbations (1961) (19)
- Precision determination of the low-lying energy levels of W182, W183, W184, and W186 (1957) (18)
- A Point Focusing X‐Ray Monochromator for the Study of Low Angle Diffraction (1952) (18)
- A Determination of h e from the Short Wave-Length Limit of the Continuous X-Ray Spectrum (1937) (17)
- An iron-free magnetic beta-ray spectrometer of high luminosity, resolving power, and precision for the study of decay schemes of the heavy isotopes☆ (1957) (17)
- Latex Particle Size Determination Using Diffraction Peaks Obtained with the Point Focusing X‐Ray Monochromator (1952) (16)
- Breadth of Compton modified line (1930) (15)
- Our Present Dilemma Regarding the Values of the Natural Constants e, m and h. A New Graphical Method of Presentation (1939) (14)
- A SURVEY OF OUR PRESENT SOURCES OF INFORMATION ON THE CONVERSION CONSTANT, A(=lambda(g)/lambda(s)) AND THE ABSOLUTE WAVELENGTHS OF X-RAY EMISSION LINES. (1959) (14)
- Precision determination of some energy levels in Fe57, Zn67, and Tc99 (1958) (13)
- Tests for the Validity of the X-Ray Crystal Method for DeterminingNandewith Aluminum, Silver and Quartz (1940) (12)
- Temperatures of Continuously Operated Mobile X-Ray Focal Spots (1935) (12)
- Gamma Radiation Following Decay of I 131 (1953) (12)
- Gamma-Ray Spectroscopy by Direct Crystal Diffraction (1958) (12)
- Point-Focus X-Ray Monochromators for Low Angle Diffraction (1950) (11)
- Shape of the Modified Compton Line for Hydrogen and Ceylon Graphite Scatterers (1938) (11)
- A circular-arc-shaped slit with fixed center and continuously adjustable radius for the analysis of circularly symmetric low-angle x-ray diffraction patterns (1960) (11)
- A Precision Determination of he by Means of the Short Wave-Length Limit of the Continuous X-Ray Spectrum at 20 kv (1942) (11)
- Precision measurements of gamma-rays from I$sup 131$ with the 2-meter focusing curve crystal spectrometer (1949) (11)
- An intensity calibration of the two metre curved-crystal spectrometer (1961) (11)
- Precision Measurement of the L X-Ray Spectra of Uranium and Plutonium (1958) (11)
- A Precision Study of the TungstenKSpectrum Using the 2-Meter Focusing Curved Crystal Spectrometer (1949) (10)
- Precision Wave-Length and Energy Measurement of Gamma-Rays from Au 198 with a Focusing Quartz Crystal Spectrometer (1948) (10)
- The Fundamental Constants of Atomic Physics (1957) (9)
- Design and technique of operation of a double crystal spectrometer (1930) (9)
- Precision Measurement of X-Ray Fine Structure; Effects of Nuclear Size and Quantum Electrodynamics (1957) (9)
- The Thirty Kilowatt Continuous Input X‐Ray Equipment and High Constant Voltage Generating Plant of the Watters Memorial Research Laboratory at the California Institute of Technology (1937) (8)
- LOW ANGLE X-RAY DIFFRACTION WITH LONG WAVE-LENGHTS (1953) (8)
- CHANGES IN THE 1955 ATOMIC CONSTANTS OCCASIONED BY REVISION OF $mu$e/ $mu$$sub 0$ (1958) (7)
- The Spectroscopy of Nuclear Gamma-Rays by Direct Crystal Diffraction Methods (1954) (7)
- Further Tests of the Validity of X-Ray Crystal Methods of Determininge (1938) (6)
- Two Applications of the Sylphon Bellows in High Vacuum Plumbing (1935) (6)
- A Precision Two Crystal X‐Ray Spectrometer of Wide Applicability with Worm Wheel Drive; an Improved Precise Method of Equalizing the Spacing of Worm Wheel Teeth (1937) (6)
- Energy of Kappa alpha(3) of copper as a function of applied voltage with the double crystal spectrometer (1930) (6)
- The Present Key Importance of the Fine Structure Constant,α, to a Better Knowledge of All the Fundamental Physical Constants (1966) (5)
- A Complete Isometric Consistency Chart for the Natural Constantse,mandh (1940) (5)
- Dependence of Compton line breadth on primary wave-length with the multi-crystal spectrograph (1931) (5)
- Gamma Transitions in W182 (1954) (5)
- The Technic of Stereofluoroscopy (1932) (5)
- Variety of Our Sources of Information on Avogadro's Number and Other Constants (1954) (4)
- The Fundamental Constants of Physics, Vol. 1 of Interscience Monographs inPhysics & Astronomy [book review] (1958) (4)
- Present Status of our Knowledge of the Numerical Values of the Fundamental Physical Constants (1964) (4)
- Present Status of Precise Information on the Universal Physical Constants. Has the Time Arrived for Their Adoption to Replace Our Present Arbitrary Conventional Standards (1958) (4)
- Pion and Muon Masses (1956) (3)
- DESIGN AND CONSTRUCTION OF A BERREMAN-TYPE POINT-FOCUSING X-RAY MONOCHROMATOR FOR USE IN LOW-ANGLE SCATTERING STUDIES. (1963) (3)
- The Structure of the Compton Shifted Line. (1928) (3)
- Improvements in the precision of beta‐ray spectroscopy (1952) (3)
- THE MASSES OF THE NEGATIVE AND POSITIVE ELECTRONS (1951) (3)
- Does the Formula for the Rydberg Constant Require Revision (1937) (3)
- A Precision Measurement at 24 500 Volts of the Conversion Constant lambdanu (1953) (3)
- A search for preferentially directed electron velocities in crystalline graphite with the multicrystal spectrograph (1932) (3)
- A Solid-State Interpretation of the Structure Near the Limit of the Continuous X-Ray Spectrum (1947) (3)
- Atoms I / Atome I (1957) (3)
- Present sources of precise information on the universal physical constants (1957) (3)
- An Approximate Method of Cutting Short Circular Cylindrical Arcs with Very Large Radii of Curvature in the Milling Machine (1938) (2)
- Tests of the Validity of X-Ray Crystal Methods of Determininge (1936) (2)
- Measurement of High-Energy Gamma-Rays with a Photographic Bent Crystal Spectrograph (1958) (2)
- Decays of Ta182 and Ta183 (1955) (2)
- The "1947 Values" of the Atomic Constants and the Revision of the Faraday Constant (1950) (2)
- Breadth of the Compton Modified Line with the Double Crystal Spectrometer (1931) (2)
- On a New Device for the Study of the Compton Effect (1925) (2)
- New and Unexplained Effects in Laue X-Ray Reflection in Calcite (1936) (2)
- Higher precision in nuclear spectroscopy (1952) (2)
- Curved Quartz Crystal X-Ray Spectrograph (1934) (2)
- Need for Upward Revision of ?g?s and its Consequences (1956) (2)
- Determination of Momentum and Energy of Gamma Rays with the Curved Crystal Spectrometer (1963) (1)
- ABSENCE OF DISPERSIVE PROPERTIES OF SPACE FOR ELECTROMAGNETIC RADIATION TESTED TO +/- 14 x 10; COMMENTS ON A PROPOSAL OF SOFTKY AND SQUIRE. (1961) (1)
- A new K-Series x-ray line due to Fermi-Sommerfeld electrons (1931) (1)
- Possible narrowing of Compton line breadth by preferentially directed electron momenta in Ceylon graphite (1932) (1)
- Changes in the 1955 Atomic Constants Occasioned by Revision of μ e μ 0 (1958) (1)
- CORRECTED VALUES OF TUNGSTEN K-SERIES X-RAY WAVELENGTHS WITH THE 2-METER CURVED CRYSTAL DIFFRACTION SPECTROMETER (1954) (1)
- Recent Changes and Additions in the Consistency Diagram of the Natural Atomic Constants (1949) (1)
- Comments on Straumanis' Concepts Regarding Avogadro's Number (1955) (1)
- Inappreciable Effect of Compton Shifted Scattering, within a Gamma-Ray Source, on Precision Wave-Length Determinations with the Focusing Crystal Spectrometer (1949) (1)
- Exploratory Study of Plural X-Ray Reflection Methods Applied to the Problem of the Diffraction Pattern of Calcite (1938) (1)
- Experimental and Theoretical Studies of the Breadth and Structure of the Compton Shifted Line (1)
- X-Ray Evidence on the Nature of the Surface Layers of Thin Ground Quartz Crystals Secured with the Cauchois Spectrograph (1938) (1)
- Construction of Thermodynamic Models for Elementary Teaching (1941) (1)
- Decay of Ir192 (1955) (1)
- REMEASUREMENT OF THE CONVERSION CONSTANT . (1969) (1)
- The ``Palace of Discovery'' at the Paris Exposition of 1937 (1938) (1)
- RECENT ADVANCES IN OUR KNOWLEDGE OF THE NUMERICAL VALUES OF THE FUNDAMENTAL ATOMIC CONSTANTS (1952) (1)
- EXPERIMENTAL CONFIRMATION FOR SOMMERFELD-FERMI-DIRAC DEGENERATE GAS THEORY OF CONDUCTION ELECTRONS. (1928) (1)
- FUNDAMENTAL RESEARCH IN PRECISION SPECTROSCOPY OF X-RAYS AND GAMMA-RAYS . THE SPECTROSCOPY OF NUCLEAR GAMMA-RAYS BY DIRECT CRYSTAL DIFFRACTION METHODS. Special Technical Report No. 28. Special Technical Report No. 8 (1954) (1)
- DESIGN OF A GERMANIUM BENT-CRYSTAL DIFFRACTION MONOCHROMATOR & ITS APPLICATION IN NUCLEAR SPECTROSCOPY (1963) (0)
- The Fundamental Constants of Physics, Vol. 1 of Interscience Monographs in Physics & Astronomy (1958) (0)
- Combat Training Equipment and Testing Devices (1946) (0)
- Evidence for the Richtmyer double jump hypothesis of x-ray satellites (1930) (0)
- Pilgrims' progress in search of the fundamental constants (1965) (0)
- Experimental Confirmation for Sommerfeld-Fermi-Dirac Degenerate Gas Theory of Conduction Electrons (1928) (0)
- The Design, Construction, and Performance of a Magnetic Focusing, Semi-Circular, Low Energy Beta-Ray Spectrometer (1956) (0)
- NUCLEAR GAMMA-RAY SPECTROSCOPY BY CRYSTAL DIFFRACTION (1961) (0)
- Present Status of the Problem of Measurement of X-Ray Intensity and Quality1 (1932) (0)
- A Point Focusing Monochromator for the Study of Low-Angle X-Ray Diffraction: Determining the Size Distributions of Carbon Blacks and a Precision Determination of the Size of Dow Latex Particles (1951) (0)
- The Iron-Free, Magnetic, Beta-Ray Spectrometer (1968) (0)
- REVISIONS AND ADDITIONAL INFORMATION SUPPLEMENTING THE CONTENTS OF: "AN AXIAL-FOCUSING MAGNETIC BETA-RAY SPECTROMETER OF HIGH LUMINOSITY, RESOLVING POWER AND PRECISION WITH PROTON-RESONANCE-STABILIZED HOMOGENEOUS FIELD (WITHOUT IRON) COMPRISING THE THEORY, DESIGN, CONSTRUCTION AND TESTS OF THE NEW I (1953) (0)
- BENT QUARTZ CRYSTAL SPECTROGRAPH DATA (1958) (0)
- NOTE ON THE USE OF CONICAL SOURCE GEOMETRY IN THE HOMOGENEOUS FIELD AXIAL FOCUSING MAGNETIC $beta$-RAY SPECTROMETER (1953) (0)
- LEAST-SQUARES AND ADJUSTED VALUES OF THE ATOMIC CONSTANTS AS OF NOVEMBER 1952: FUNDAMENTAL RESEARCH IN SPECTROSCOPY OF NUCLEAR ENERGY LEVELS. Special Technical Report 1 (1953) (0)
- A complex quantity slide rule (1925) (0)
- A NEW PARALLEL PLATE COMPARATOR (1930) (0)
- Discussion: “Mechanical Vibration of Piping Induced by Gas-Pressure Pulsations” (Baird, R. C., and Bechtold, I. C., 1949, Trans. ASME, 71, pp. 989–994) (1949) (0)
- Fundamental Constants of Physics [Book Review] (1959) (0)
- Erratum: X-Ray and Gamma-Ray Reflection Properties from 500 X Units to Nine X Units of Unstressed and of Bent Quartz Plates (1950) (0)
- Crystals and X-Rays [Book Review] (1950) (0)
- Design and Development of an Electronic X-Ray Probe for the Study of Alloys and of the Structure of Metals. (1954) (0)
- DESIGN AND DEVELOPMENT OF AN ELECTRONIC X-RAY PROBE FOR THE STUDY OF ALLOYS AND OF THE STRUCTURE OF METALS. INTERIM TECHNICAL REPORT NO. 1 (1954) (0)
- A POINT FOCUSING MONOCHROMATOR FOR THE STUDY OF LOW-ANGLE X-RAY DIFFRACTION. DETERMINATIONS OF THE SIZE DISTRIBUTIONS OF CARBON BLACKS AND A PRECISION DETERMINATION OF THE SIZE OF DOW LATEX PARTICLES. Special Technical Report No. 15 (1951) (0)
- An Introduction to Scientific Research [Book Review] (1953) (0)
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