Francis Bitter

Q: What Schools Are Affiliated With Francis Bitter

Francis Bitter is affiliated with the following schools: Humboldt University of Berlin, California Institute of Technology, Massachusetts Institute of Technology, University of Chicago, Columbia University

Francis Bitter's AcademicInfluence.com Rankings

Francis Bitter

Physics

#2559

Historical Rank

physics Degrees

Download Badge

Physics

Why Is Francis Bitter Influential?

(Suggest an Edit or Addition)

According to Wikipedia, Francis Bitter was an American physicist. Bitter invented the Bitter plate used in resistive magnets . He also developed the water cooling method inherent to the design of Bitter magnets. Prior to this development, there was no way to cool electromagnets, limiting their maximum flux density.

(See a Problem?)

Francis Bitter'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

On Inhomogeneities in the Magnetization of Ferromagnetic Materials (1931) (257)
HIGH MAGNETIC FIELDS (1962) (250)
A NEW "DOUBLE RESONANCE" METHOD FOR INVESTIGATING ATOMIC ENERGY LEVELS. APPLICATION TO Hg $sup 3$P$sub 1$ (1952) (245)
Nuclear moments. (1949) (136)
The Magnetic Properties of the Iron Group Anhydrous Chlorides at Low Temperatures. I. Experimental (1940) (103)
Experiments on the Nature of Ferromagnetism (1932) (102)
On the Magnetic Properties of Metals (1930) (87)
Analysis of the Plasma of Fluorescent Lamps (1956) (80)
The Design of Powerful Electromagnets Part II. The Magnetizing Coil (1936) (79)
The Design of Powerful Electromagnets Part IV. The New Magnet Laboratory at M. I. T. (1939) (64)
Magnetic Resonance in Radiating or Absorbing Atoms (1962) (53)
The Optical Detection of Radiofrequency Resonance (1949) (53)
The Design of Powerful Electromagnets Part III. The Use of Iron (1936) (50)
Experiments on Electroluminescence (1954) (47)
On Impurities in Metals (1931) (40)
Magnetic Studies of Solid Solutions. I. Methods of Observations and Preliminary Results on the Precipitation of Iron from Copper (1939) (38)
Introduction to ferromagnetism (1937) (37)
A Generalization of the Theory of Ferromagnetism (1938) (34)
The magnetic susceptibilities of several organic gases (1929) (34)
Water Cooled Magnets (1962) (25)
Ultrastrong Magnetic Fields (1965) (20)
Precise Magnetic Torque Measurements on Single Crystals of Iron (1937) (20)
Zeeman Effects in Complex Spectra at Fields up to 100,000 Gauss (1940) (18)
OPTICAL STUDIES OF RADIOACTIVE MERCURY (1954) (17)
Separation and Identification of Overlapping Hyperfine Structure Components: Application to Mercury Resonance Radiation (1958) (15)
Nuclear Magnetic Moments and Hyperfine Structure of the Rubidium Isotopes (1949) (14)
The National Magnet Laboratory at the Massachusetts Institute of Technology (1963) (13)
An Attempt to Produce Nuclear Orientation in Mercury Vapor (1952) (12)
A "MAGNETIC SCANNING" METHOD FOR INVESTIGATING HYPERFINE STRUCTURE AND ISOTOPE SHIFT (1953) (11)
Nuclear Magnetic Resonances at Low Temperatures (1947) (10)
A New Type of Electromagnet. Part I. Operation at 20‐kw Level (1951) (9)
New developments in high‐magnetic field research (1961) (9)
Ferromagnetic Gold‐Iron Alloys (1942) (9)
The Magnetic Susceptibility of Gases II. Temperature Dependence (1930) (8)
Field Homogeneity and Pole Distribution (1956) (8)
Magnetization and the Magneto-Caloric Effect (1931) (7)
Optically Induced Nuclear Magnetization. A Progress Report (1953) (7)
Currents, Fields, And Particles (1956) (6)
Superconductivity of Lead at 3-Cm Wave-Length (1946) (6)
An elementary discussion of ferromagnetism (1934) (5)
Field-Induced Color Shift in Electroluminescent Zinc Sulfide (1956) (5)
Electroluminescence in Zinc Sulfide (1956) (5)
Microinhomogeneities in Magnetic Fields (1956) (5)
Magnets: The Education Of A Physicist (1959) (4)
The Magnetic Susceptibility of Gases I. Pressure Dependence (1930) (4)
A Measurement of the Deuteron Proton Magnetic-Moment Ratio (1947) (3)
MEETING PAPERS PRESENTED (1951) (3)
Mathematical Aspects Of Physics (1963) (3)
On the Interpretation of Some Ferromagnetic Phenomena (1932) (3)
On the fracture of fibred iron-silicon sheets (1934) (2)
Nuclear magnetic resonance (1962) (2)
Some Properties of Homogeneously Distorted Cubic Ferromagnetic Lattices (1932) (2)
On the Diamagnetism of Electrons in Metals. (1930) (2)
Magnetic susceptibility of nitric oxide at 296°K and 216°K (1929) (2)
Block Structure and Ferromagnetism (1931) (2)
On the Magnetization of Ferromagnetic Crystals (1933) (1)
Fields and particles;: An introduction to electromagnetic wave phenomena and quantum physics (1974) (1)
Nuclear Magnetic Resonance and Hyperfine Structure (1956) (1)
Magnetic Susceptibility of Gases. Part I, Pressure Dependence (1931) (1)
Intermetallic Compounds Produced by Next Nearest Neighbor Interaction in Alloys (1938) (1)
Radiation Temperature of a Plasma (1956) (1)
Looking into the Nucleus (1953) (0)
SOLID STATE RESEARCH USING HIGH MAGNETIC FIELDS. (1965) (0)
On the Verification of the Theory of Magnetization of Single Crystals (1932) (0)
The Mathematical Formulation of Strategic Problems (1949) (0)
Nuclear Magnetic Resonance and Hyeprfine Structure (1959) (0)
The Tropism of Crystals (1932) (0)
Recent Theories of Ferromagnetism (1934) (0)
A NEW "DOUBLE RESONANCE" METHOD FOR THE INVESTIGATION OF ATOMIC AND NUCLEAR MOMENTS PART I. THEORY OF EFFECTS IN MERCURY VAPOR. (Technical Report No. 176) (1950) (0)
Iv. Radio-frequency Spectroscopy A. Molecular-beam Research (0)
X. Geophysical Research (0)
The Fundamental Assumptions in Akulov's Papers on Ferromagnetism (1931) (0)
Ferromagnetic Properties of Metals and Alloys.K. Hoselitz. New York: Oxford Univ. Press, 1952.320 pp. Illus. $8.00 (1953) (0)
Nuclear physics : A textbook (1950) (0)
Peace Resolution of the American Association of Scientific Workers (1940) (0)
BOOK AND FILM REVIEWS: Mathematical Aspects of Physics (1966) (0)
Recent theories of ferromagnetism (1934) (0)
Magnetic Susceptibility of Nitric Oxide at 296grad K and 216grad K (0)
Block Structure and Hysteresis Phenomena (1931) (0)
Nuclear Magnetic Resonance and Magneto-Optics (1955) (0)
MEGAGAUSS IN A Z-PINCH. (1968) (0)
MAGNETIC SUSCEPTIBILITY OF NITRIC OXIDE AT 296 degrees K. AND 216 degrees K. (0)

This paper list is powered by the following services:

Other Resources About Francis Bitter

en.wikipedia.org

What Schools Are Affiliated With Francis Bitter?

Francis Bitter is affiliated with the following schools: