Edward Mills Purcell | Academic Influence

Edward Mills Purcell's AcademicInfluence.com Rankings

Edward Mills Purcell

Physics

#72

World Rank

#152

Historical Rank

#41

USA Rank

physics Degrees

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Physics

Edward Mills Purcell's Degrees

Bachelors Electrical Engineering Purdue University

Why Is Edward Mills Purcell Influential?

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According to Wikipedia, Edward Mills Purcell was an American physicist who shared the 1952 Nobel Prize for Physics for his independent discovery of nuclear magnetic resonance in liquids and in solids. Nuclear magnetic resonance has become widely used to study the molecular structure of pure materials and the composition of mixtures. Friends and colleagues knew him as Ed Purcell.

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Edward Mills Purcell'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

Effects of Diffusion on Free Precession in Nuclear Magnetic Resonance Experiments (1954) (5162)
Resonance Absorption by Nuclear Magnetic Moments in a Solid (1946) (4735)
Relaxation Effects in Nuclear Magnetic Resonance Absorption (1948) (4697)
Spontaneous Emission Probabilities at Radio Frequencies (1995) (2178)
Scattering and Absorption of Light by Nonspherical Dielectric Grains (1973) (1711)
Physics of chemoreception. (1977) (1598)
Visible Light from Localized Surface Charges Moving across a Grating (1953) (781)
Principles of Microwave Circuits (1965) (574)
The efficiency of propulsion by a rotating flagellum. (1997) (302)
A Nuclear Spin System at Negative Temperature (1951) (291)
Observation of a Line in the Galactic Radio Spectrum: Radiation from Galactic Hydrogen at 1,420 Mc./sec. (1951) (288)
The Question of Correlation between Photons in Coherent Light Rays (1956) (265)
The Focusing of Charged Particles by a Spherical Condenser (1938) (244)
Suprathermal rotation of interstellar grains (1979) (241)
Nuclear Magnetic Relaxation (1947) (238)
INTERACTIONS BETWEEN NUCLEAR SPINS IN MOLECULES (1952) (204)
On the Possibility of Electric Dipole Moments for Elementary Particles and Nuclei (1950) (170)
Experimental limit to the electric dipole moment of the neutron (1957) (168)
Nuclear Magnetic Resonance in Liquids under High Pressure (1954) (139)
Influence of Collisions upon Population of Hyperfine States in Hydrogen. (1956) (138)
Line Shapes in Nuclear Paramagnetism (1948) (132)
On the Absorption and Emission of Light by Interstellar Grains (1969) (124)
Structural Investigations by Means of Nuclear Magnetism. I. Rigid Crystal Lattices (1949) (124)
NUCLEAR MAGNETIC RESONANCE IN SOLID HYDROGEN (1953) (89)
Temperature fluctuations in very small interstellar grains. (1976) (76)
A New Kind of Radio Propagation at Very High Frequencies Observable over Long Distances (1952) (68)
On the alignment of interstellar dust (1969) (63)
Orientation of Rotating Grains (1971) (63)
A Theoretical Study of Magnetic Cooling Experiments (1937) (58)
Is there a local source of magnetic monopoles? (1982) (55)
The Lifetime of the 2^{2}S_{1/2} State of Hydrogen in an Iionized Atmosphere. (1952) (55)
Clinical and laboratory observations of a new antibiotic, tetracycline. (1954) (52)
Nuclear resonance in crystals (1951) (48)
A Precise Determination of the Proton Magnetic Moment in Bohr Magnetons (1949) (43)
Nuclear Magnetic Resonance Absorption in Hydrogen Gas (1946) (42)
INTERACTION BETWEEN NUCLEAR SPINS IN HD GAS (1952) (41)
Research in Nuclear Magnetism. (1953) (38)
The effect of fluid motions on the absorption of molecules by suspended particles (1978) (36)
Resonance Absorption by Nuclear Magnetic Moments in a Single Crystal of Ca F 2 (1946) (32)
A method for separating according to mass a mixture of macromolecules or small particles suspended in a fluid, I. Theory. (1967) (27)
Observation of a Line in the Galactic Radio Spectrum (1951) (25)
Helmholtz coils revisited (1989) (25)
Search for the Dirac Monopole with 30-BeV Protons (1963) (24)
Nuclear Magnetism in Relation to Problems of the Liquid and Solid States. (1948) (22)
A method for separating according to mass a mixture of macromolecules or small particles suspended in a fluid. II. Experiments in a gravitational field. (1967) (22)
Antibiotic combinations and resistance to antibiotics; development of resistance during repeated subcultures of Staphylococci and certain Streptococci on media containing penicillin, streptomycin, erythromycin, terramycin, and chloramphenicol used singly and in pairs. (1953) (21)
A method for separating according to mass a mixture of macromolecules or small particles suspended in a fluid, 3. Experiments in a centrifugal fluid. (1967) (20)
Physics of Chemoreception Physics of Chemoreception (2006) (18)
Physics—For Science and Engineering Students (1954) (14)
Penicillin G and benzethacil by mouth: comparison of penicillin levels in plasma of normal men after single oral doses. (1953) (13)
A Model for the Optical Behavior of Grains with Resonant Impurities (1977) (12)
Interstellar grains as pinwheels (1975) (10)
Nuclear Spin Relaxation and Nuclear Electric Dipole Moments (1960) (9)
Carbomycin therapy; results of a brief clinical trial, chiefly in patients with pneumonia. (1953) (8)
Radioastronomy and Communication through Space (1980) (7)
The Back of the Envelope (1985) (7)
Stability Analysis of 2-D Systems (1980) (6)
A New Method of Making Extremely Thin Films (1935) (5)
Nuclear magnetism and nuclear relaxation (1957) (4)
New Practical Physics (1997) (3)
Gravitation Torsion Balance (1957) (3)
Line Spectra in Radio Astronomy (1953) (3)
Monopoles and the Galactic Magnetic Field (1982) (3)
Edwin C. Kemble (1987) (2)
Physics for Science and Engineering Students (1953) (2)
Pleuropulmonary complications of tularemia: two reports of tularemic lung abscesses. (1957) (2)
Principles of microwave circuits (Revised edition) (1987) (2)
NATIONAL OF SCIENCES A METHOD FOR SEPARATING ACCORDING TO MASS A MIXTURE OF MACROMOLECULES OR SMALL PARTICLES SUSPENDED IN A FLUID, III. EXPERIMENTS IN A CENTRIFUGAL FIELD (2003) (1)
RADIOASTRONOMY AND COMMUNICATION THROUGH SPACE. Brookhaven Lecture Series Number 1 (1960) (1)
“The New Practical Physics,” Edward M. Purcell’s acceptance speech for the 1967 Oersted medal presented by the American Association of Physics Teachers, 31 January 1967 (1997) (1)
The Back of the Envelope.—55(8−12), 680 (N), 778 (N), 876 (N), 972 (N), 1066 (N) (1987) (1)
Solution 1 for Dec (1988) (1)
Round‐Number Handbook of Physics (1983) (1)
The Multiple Branch Waveguide Coupler (1958) (1)
Helmholtz coils re‐revisited (1990) (1)
The production of very uniform magnetic fields (1957) (1)
Problem 3 for Jan (1988) (0)
Solution 2 for May (1988) (0)
Solution 3 for Jan. (1988) (0)
Problem 2 for May (1988) (0)
Solutions to April 1983 Problems (1983) (0)
Reproduced fromNature (1956)17 8, 1449–50 (1994) (0)
Paramagnetic Relaxation . C. J. Gorter. New York-London- Amsterdam-Brussels: Elsevier, 1947. Pp. vii+127. (Illustrated.) $2.25. (1948) (0)
Solution 2 for Jan. (1988) (0)
Solutions to April Problems (1984) (0)
NUCLEAR RESONANCE AND MOLECULAR MOTION IN FLUIDS (1954) (0)
Problems solutions. (1975) (0)
Solution 1 for Feb. (1988) (0)
Solutions of January 1983 Problems (1983) (0)
Toward New Horizons. Volume 11. Radar and Communications (1946) (0)
Solutions to February Problems (1983) (0)
Problem 1 for May (1988) (0)
Problems + Solutions. (1980) (0)
Solutions to December Problems (1984) (0)
Electricity and magnetism : Berkeley physics course / Edward M. Purcell (1965) (0)
Solutions to July Problems (1983) (0)
FREE NUCLEAR INDUCTION (2003) (0)
Solutions to March Problems (1984) (0)
Solutions to March 1983 Problems (1983) (0)
Solutions to June Problems (1984) (0)
Solutions to September Problems (1983) (0)
Solution 2 for April (1988) (0)
Solution 1 for Jan. (1988) (0)
Solution 2 for Dec (1988) (0)
Scientists' Statement on Energy Policy (1975) (0)
Problem 1 for Mar. (1988) (0)
Problem 1 for Jan (1988) (0)
Solutions to October Problems (1983) (0)
Solution 3 for Feb. (1988) (0)
Solutions to January Problems (1984) (0)
Solutions for August Problems (1983) (0)
Problem 3 for May (1988) (0)
Some Corrections and Some Comments (1983) (0)
Solution 3 for April (1988) (0)
Solution 2 for Feb. (1988) (0)
Solutions to June 1983 Problems (1983) (0)
Solution 1 for April (1988) (0)
PAPER 1 – A Nuclear Spin System at Negative Temperature* (1970) (0)
Solution 3 for Dec (1988) (0)
Part 2. Physical Basis of Protein NMR Section 1. Theory of Fourier Transform Pulse NMR Nuclear magnetic resonance (NMR) spectroscopy, the detection of the Zeeman levels of nuclear spins in bulk condensed phase by resonant method through electromagnetic means, (2001) (0)
Problem 2 for Jan (1988) (0)
Solutions to May Problems (1983) (0)
Physics for science and engineering (1952) (0)
92. The Radio Frequency Detection of Interstellar Hydrogen (1979) (0)
Solutions to November Problems (1983) (0)
Erratum: Line Shapes in Nuclear Paramagnetism (1949) (0)

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