George R. Harrison
American physicist
George R. Harrison's AcademicInfluence.com Rankings
Download Badge
Physics
George R. Harrison's Degrees
- PhD Physics Princeton University
Why Is George R. Harrison Influential?
(Suggest an Edit or Addition)According to Wikipedia, George Russell Harrison was an American physicist. Harrison became professor of experimental physics at the Massachusetts Institute of Technology in 1930, and was appointed the school's dean of science in 1942; he also headed MIT's spectroscopy laboratory. During World War II, he was chief of the optics division of the National Defense Research Committee, and later head of the Office of Field Service of the Office of Scientific Research and Development. Harrison was elected to the American Academy of Arts and Sciences in 1931. He served as president of the Optical Society of America from 1945–46 and was awarded the Frederic Ives Medal in 1949. He was presented with the Medal of Freedom in 1946 by President Harry Truman. He was elected to the American Philosophical Society in 1950. He remained dean of science at MIT until his retirement in 1964. His son David Kent Harrison was a professor of mathematics at the University of Oregon and a Guggenheim Fellow for the academic year 1963–1964. His son is the composer and pianist Michael Harrison and his daughter is Jo Ellen Harrison.
George R. Harrison's Published Works
Published Works
- The Production of Diffraction Gratings: II. The Design of Echelle Gratings and Spectrographs1 (1949) (142)
- The Production of Diffraction GratingsI. Development of the Ruling Art (1949) (66)
- A hollow cathode source applicable to spectrographic analysis for the halogens and gases. (1947) (61)
- Interferometric Control of Grating Ruling with Continuous Carriage Advance (1955) (47)
- Zeeman Effect Data and Preliminary Classification of the Spark Spectrum of Praseodymium—Pr II (1941) (37)
- A Fixed-Focus Broad-Range Echelle Spectrograph of High Speed and Resolving Power* (1952) (36)
- Ruling of Large Diffraction Gratings with Interferometric Control (1957) (35)
- 750-mm Ruling Engine Producing Large Gratings and Echelles* (1972) (33)
- The diffraction grating-an opinionated appraisal. (1973) (32)
- Echelle gratings: their testing and improvement. (1976) (31)
- Automatic Measurement, Reduction and Recording of Wavelengths from Spectrograms (1935) (29)
- First Spark Spectrum of Neodymium-Preliminary Classification and Zeeman Effect Data (1942) (28)
- Interferometrically Controlled Ruling of Ten-Inch Diffraction Gratings* (1959) (27)
- Large diffraction gratings ruled on a commercial measuring machine controlled interferometrically (1970) (27)
- Zeeman Effect Data and Further Classification of the First Spark Spectrum of Cerium—Ce II (1941) (25)
- The Ultraviolet Spectrum of Ammonia. II. The Rotational Structure of Some Bands in the Schumann Region (1936) (24)
- Precision Measurement of Wavelengths with Echelle Spectrographs (1953) (22)
- Interferometric Calibration of Precision Screws and Control of Ruling Engines (1951) (20)
- Attainment of High Resolution with Diffraction Gratings and Echelles (1960) (20)
- Instruments and Methods Used for Measuring Spectral Light Intensities by Photography (1929) (20)
- Current Advances in Photographic Photometry (1934) (19)
- Zeeman Effects in Complex Spectra at Fields up to 100,000 Gauss (1940) (18)
- Zeeman Effect Data for the Spectra of Lanthanum—La I and La II (1945) (16)
- Spectral Energy Characteristics of the Mercury Vapor Lamp (14)
- First Spark Spectrum of Thorium—Classification and Zeeman Effect Data of Th II (1942) (14)
- Series limit absorption in sodium vapor (1924) (13)
- The challenge of the ruled grating (1950) (13)
- Zeeman Effects in the Arc, First Spark, and Second Spark Spectra of Yttrium (1945) (12)
- K-SERIES FLUORESCENCE YIELDS OF ARGON, COPPER-65, AND INDIUM-113 (1955) (12)
- Homochromatic Spectrophotometry in the Extreme Ultraviolet (1930) (12)
- Zeeman Effects in the Arc Spectrum of Ruthenium (1940) (12)
- An Improved High Speed Recording Spectrophotometer (1940) (11)
- Spectral Fluorescence Efficiencies of certain Substances with Applications to Heterochromatic Photographic Photometry (1931) (11)
- Photographic Sensitometry With Fluorescent Oils (1925) (10)
- On the elimination of errors when wire screens are used as neutral filters for photographic photometry (1929) (10)
- Improved Design of the Mechanical Interval Sorter and Its Application to the Analysis of Complex Spectra (1933) (10)
- A MECHANICAL AID TO THE ANALYSIS OF COMPLEX SPECTRA (1932) (9)
- Precision Densitometers for Photographic Photometry (1925) (9)
- Simply Constructed Ultraviolet Monochromators for Large Area Illumination (1934) (9)
- A TWENTY‐ONE FOOT VACUUM SPECTROGRAPH FOR THE EXTREME ULTRAVIOLET (1931) (9)
- Line Breadths and Absorption Probabilities in Sodium Vapor (1925) (9)
- Ruled gratings and wavelength tables. (1976) (9)
- A Comparator-Microphotometer (9)
- Preliminary Analysis of the First Spark Spectrum of Cerium—Ce II (1937) (8)
- Intensity Relations in the Spectra of Titanium I. Line Intensities in the Stronger Multiplets of Ti I and Ti II (1928) (8)
- Improvements in the 21‐Foot Normal Incidence Vacuum Spectrograph (1933) (8)
- Characteristics of Photographic Materials in the Ultraviolet (1925) (7)
- Rapid Calibration and Correction of Comparator Screws and the Photographic Production of Scales (1938) (7)
- Preliminary list of levels and g-Values for Ta II (1950) (7)
- Spectral energy characteristics of the constricted mercury vapor lamp (1925) (6)
- Photographic Photometry in the Ultraviolet (1924) (6)
- An Interval Recorder for Analysis of Spectra (1938) (6)
- THE CONSTRICTED MERCURY ARC AS A SOURCE OF LIGHT FOR PHOTOCHEMICAL WORK (1925) (5)
- Photoelectric Measurement of Scale Marks and Spectrum Lines (1940) (5)
- Direct Determination of Wave-Lengths from Fabry-Perot Interferometer Patterns (1946) (4)
- Intensity Relations in the Spectra of TitaniumII. Relative Intensities of the Stronger Multiplets of Ti I (1929) (4)
- Intensity Summation Rules and Perturbation Effects in Complex Spectra (1931) (4)
- Retrogression in Spectroscopy (1950) (3)
- Techniques for ruling improved large diffraction gratings Final report, 1 Mar. 1966 - 31 Jan. 1971 (1971) (3)
- Experimental Determination of Relative Transition Probabilities in the Sodium Atom (1925) (3)
- The M.I.T. wavelength project (1941) (3)
- SPECTROSCOPY IN FOOD RESEARCH (1938) (3)
- The Conquest of Energy. (1968) (2)
- Applied Physics: Electronics, Optics, Metallurgy (1948) (2)
- Spectroscopy at the Massachusetts Institute of Technology (1933) (2)
- The responsibilities of physicists for the future (1956) (2)
- Karl Compton and American physics (1957) (2)
- Optics in Reconversion (1946) (1)
- Interactions in the Tungsten Atom, W I, in a Magnetic Field (1940) (1)
- Twenty years of age (1951) (1)
- Echelle spectroscopy and the present status of diffraction gratings (1963) (1)
- The role of the secondary school in the teaching of science (1952) (1)
- A Simple Densitometer for Accurate Work (1923) (1)
- Compilations of Spectroscopic Data (1939) (1)
- Intensity Relations in the Spectra of Titanium-III Intensities in Super-Multiplets of TI I. (1929) (1)
- Atoms in action : the world of creative physics (1949) (1)
- The Absorption of Light by Sodium and Potassium Vapors. (1)
- The Frederic Ives Medal for 1937 (1937) (1)
- Spectroscopy with the echelle (1955) (1)
- Personalities in Science (1940) (0)
- THE NINTH SUMMER CONFERENCE ON SPECTROSCOPY AND ITS APPLICATIONS. (1941) (0)
- fluorescent dry plates for photographic photometry (1930) (0)
- The Applied Physicist (1937) (0)
- Hardy, Arthur Cobb (1977) (0)
- The Application of Physics to Agriculture (1936) (0)
- War and the journal (1942) (0)
- William F. Meggers Dies; Was World‐Famous Spectroscopist (1967) (0)
- Transverse Effects Self-Action Instabilities in the Simultaneous Propagation of Short Different-Wavelength Pulses in Three-Level Absorbers† (1985) (0)
- The Terry Lectures in 1947: On Understanding Science (1947) (0)
- Forbidden line lambda 2270 of neutral mercury - (1943) (1943) (0)
- What man may be : the human side of science (1956) (0)
- Eyes that See Through Atoms (1939) (0)
- The Importance of Scientific Research in the Postwar Era. (1946) (0)
- Professor Francis Bitter (1967) (0)
- A DICHROMATIC PROJECTION MICROPHOTOMETER (1932) (0)
- Commission 14 (Standard Wave-Lengths) (1939) (0)
- The Summer Conference on Spectroscopy and Its Applications (1942) (0)
- NEW METHODS IN SPECTROSCOPY. (1940) (0)
- Unity in Diversity (1946) (0)
- Paul E. Klopsteg, President-Elect. (1958) (0)
- Spectroscopy in industry (1938) (0)
- Careers in physics (1951) (0)
- Karl Taylor Compton, 1887–1954 (1954) (0)
- THE SPECTROGRAPHIC DETECTION OF FLUORINE AND OXYGEN (1945) (0)
- Editorial Comment: Meetings of scientific societies in wartime (1942) (0)
- Testimony on manpower (1951) (0)
- The Challenge of Our Times : Contemporary trends in science and human affairs as seen by twenty professors at the University of Wisconsin. Farrington Daniels and Thomas M. Smith, Eds. Burgess Pub. Co., Minneapolis, 1953. 364 pp. Illus. $3.50 (1954) (0)
This paper list is powered by the following services:
Other Resources About George R. Harrison
What Schools Are Affiliated With George R. Harrison?
George R. Harrison is affiliated with the following schools:
