Bryce Crawford

Q: What Schools Are Affiliated With Bryce Crawford

Bryce Crawford is affiliated with the following schools: University of Minnesota, Carnegie Mellon University, Stanford University, University of Chicago

Bryce Crawford's AcademicInfluence.com Rankings

Bryce Crawford

Chemistry

#428

World Rank

#796

Historical Rank

#201

USA Rank

chemistry Degrees

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Chemistry

Bryce Crawford's Degrees

PhD Chemistry University of Chicago
Bachelors Chemistry University of Chicago

Why Is Bryce Crawford Influential?

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According to Wikipedia, Bryce Low Crawford Jr. was an American scientist. He worked for decades as a professor of physical chemistry in the University of Minnesota. Awards and honors Crawford has been a member of the National Academy of Sciences since 1956. He was elected in 1962 a Fellow of the American Physical Society, a member of the American Philosophical Society in 1971, and a member of the American Academy of Arts and Sciences in 1977. Among his awards are the Priestley Medal in 1982.

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Bryce Crawford'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

Infrared and Raman spectra of polyatomic molecules (1946) (3199)
The Infra-red Spectra of Complex Molecules. (1955) (389)
Vibrational Intensities. II. The Use of Isotopes (1952) (263)
Infrared Spectra of the Frozen Oxides of Nitrogen (1959) (209)
THE VALENCE STRUCTURE OF THE BORON HYDRIDES (1954) (188)
Vibrational Intensities. VIII. CH3 and CD3 Chloride, Bromide, and Iodide (1957) (141)
Vibrational Intensities. III. Carbon Dioxide and Nitrous Oxide (1951) (136)
The Potential Function of Ethylene (1953) (134)
The Vibrational Frequencies of Ethylene (1950) (133)
Normal coordinates in the methyl halides (1957) (121)
Vibrational Intensities. VI. Ethylene and Its Deuteroisotopes (1956) (119)
The Determination of Normal Coordinates (1951) (115)
Vibrational Intensities. I. Theory of Diatomic Infra‐Red Bands (1950) (105)
The Calibration of Infrared Prism Spectrometers (1953) (99)
Molecular Orbital Calculations of Vibrational Force Constants. I. Ethylene (1948) (82)
The Non‐Planar Vibrations of Benzene (1946) (79)
Normal Coordinates of the Planar Vibrations of Pyridine and Its Deuteroisomers with a Modified Urey—Bradley Force Field (1963) (79)
The Planar Vibrations of Benzene (1949) (79)
Infrared Spectrum of Matrix‐Isolated NO2 (1965) (75)
A Raman Apparatus for Quantitative Polarization Measurements (1947) (69)
Vibrational Intensities. X. Integration Theorems (1958) (69)
Vibrational Intensities. XIV. The Relation of Optical Constants to Molecular Parameters (1966) (69)
Infra‐Red and Raman Spectra of Polyatomic Molecules VI. Triborine Triamine, B3N3H6 (1939) (68)
On Certain Integrals Useful in Molecular Orbital Calculations (1948) (68)
Vibrational Intensities. VII. Ethane and Ethane‐d6 (1957) (67)
Redundant vibrational coordinates. Part I. The harmonic potential function (1964) (65)
The application of the Urey-Bradley force field to the in-plane vibrations of benzene (1960) (64)
A physical theory of burning of double-base rocket propellants. I. (1950) (60)
The Macroscopic Equations of Transport (1952) (60)
Direct Determination of Burning Rates of Propellant Powders (1947) (60)
Force Constants in Some Organic Molecules (1941) (59)
The Partition Functions and Energy Levels of Molecules with Internal Torsional Motions (1940) (55)
Vibrational Intensities. XIII. Reduction of Attenuated Total Reflection Data to Optical Constants (1966) (50)
Urey—Bradley Force Constants of Methanol (1963) (48)
Vibrational intensities. XVIII. Infrared band shapes for some liquid methyl iodide bands (1968) (46)
The mechanism of the burning of double-base propellants. (1950) (45)
Infra‐Red and Raman Spectra of Polyatomic Molecules IX. Dimethyl Acetylene, C4H6 (1939) (43)
The Preparation and Infrared Spectra of the Oxides of Nitrogen (1954) (40)
Infrared Spectra of CH2N2 and CD2N2 (1951) (40)
Vibrational intensities. XX. Band shapes of some fundamentals of methyl iodide-d3 (1969) (39)
The Vibrational Spectrum and Thermodynamic Properties of Nickel Carbonyl (1938) (38)
Absolute Raman Intensities. I. Method for Molecules in the Gas Phase (1962) (38)
Vibrational Intensities XXV: Some Systematic Errors in Infrared Absorption Spectrophotometry of Liquid Samples (1970) (37)
Vibrational intensities. XXI. Some band shapes and intensities in liquid hexafluorobenzene (1968) (37)
The Normal Vibrations of Molecules with Internal Torsional Motions (1941) (35)
Vibrational Intensities. XI. CO2 and the Wilson‐Wells Method (1959) (35)
The Raman Spectrum and Structure of Nickel Carbonyl (1948) (34)
Infra‐Red and Raman Spectra of Polyatomic Molecules. III. Ethane (1938) (34)
Group vibrations: Part I. Methods (1961) (33)
Infra-Red and Raman Spectra of Polyatomic Molecules XII. Methyl Acetylene (1940) (32)
Optical constants for sulfuric and nitric acids (1974) (32)
Vibrational Intensities. XII. An Optical—Mechanical System from Infrared Attenuated Total Reflection Measurements (1966) (30)
Normal Vibrations and Urey‐Bradley Force Constants of Methyl Amine (1961) (30)
Perpendicular Bands of Allene and Allene‐d4 (1958) (28)
Errata: Vibrational Intensities. I. Theory of Diatomic Infra‐Red Bands (1950) (27)
Vibrational Intensities. V. BrCl and ICl (1955) (25)
Vibrational Intensities. IX. C2F6: Extension and Revision (1958) (24)
The vibrational spectra of some cyanoethylenes—I trans-dicyanoethylene and tricyanoethylene (1964) (22)
Infrared Investigation of the Thermal Decomposition of Di-t-butyl Peroxide and Nitrate Esters in Potassium Halide Pressed Disks, and the Spectrum of Carbon Dioxide at High Pressures1 (1957) (22)
Infra‐Red and Raman Spectra of Polyatomic Molecules. VIII. Dimethyl Ether (1939) (20)
Infrared intensities in condensed phases (1969) (19)
The Kinetics of the NO-N2O5 Reaction1 (1957) (19)
Internal Rotation in Dimethyl Acetylene (1939) (19)
Elliptic Cylinder and Spheroidal Wave Functions. By J. A. Stratton, P. M. Morse, L. J. Chu, and R. A. Hutner. (1942) (19)
On the Inhibition of the NO–NO2O5 Reaction by NO2 (1955) (18)
Hindered rotation and nonequivalent nuclear spin couplings (1957) (18)
Vibrational Intensities. IV. Bond Moments in C2F6 (1955) (17)
The application of the Urey-Bradley force field to s-triazine (1960) (17)
The integrated intensity of the nitric oxide fundamental band (1972) (16)
A Geometric Visualization of Normal‐Coordinate Transformations. Application to the Calculation of Bond‐Moment Parameters and Force Constants (1957) (15)
Molecular Orbital Calculations of Vibrational Force Constants. II. The Ring‐Twisting Constants of Benzene (1949) (15)
Hindered Rotation in Methyl Alcohol (1940) (15)
An Infrared Study of the BF3–BCl3 Reaction (1954) (14)
On Quantum-Mechanical Methods in Valence Theory. (1952) (13)
Group vibrations: Part II. Methyl-d3 groups (1962) (13)
Symmetry Factoring of the Kinetic and Potential Energy Matrices (1953) (11)
Solid‐Oxygen Absorption at 1550 cm—1 (1962) (11)
The use of naphthalene derivatives in inorganic analysis : V. further applications of the nitroamino-naphthalene monosulphonic acids to the flourimetric detection of stannous tin (1958) (11)
The Raman Spectrum and Vibrational Frequencies of Methyl Acetylene (1939) (10)
On the Detection and Determination of Redundant Vibrational Coordinates (1949) (10)
The Entropies of n‐Butane and Isobutane, with Some Heat Capacity Data for Isobutane (1937) (10)
Convenient Source-Alignment Device for a Spectrometer* (1954) (9)
THE ENTROPY AND HEAT CAPACITY OF PROPYLENE (1939) (9)
Infrared Studies of Propellant Flames (1959) (8)
Elements of the Factored Secular Equation for the Semi‐Rigid Water Type Rotator, With Application to the Hydrogen Sulfide Band at 10,100A (1937) (8)
Calibration and Use of a Cesium-Iodide Prism in the Infrared (1955) (8)
Application of a Fast-Scanning Infrared Spectrometer to Gas-Phase Kinetic Studies* (1953) (7)
Transmission of Germanium in the Far Infrared (1955) (7)
The Infra‐Red Spectra of p‐Benzene‐d2 and p‐Benzene‐d4 (1946) (6)
Application of a Fast‐Scanning Infrared Spectrometer to a Kinetic Study of the NO2–C2H5OH Reaction (1953) (5)
Infrared intensities of allene and allene-d4 (1979) (5)
The Secular Equation for Molecular Vibrations (1938) (5)
The Second Law of Thermodynamics (1961) (4)
Chemical Analysis by Infrared (1953) (4)
Wilzbach tritiation studies. II. stereospecificity in the tritiation of alcohols (1965) (4)
Infrared Spectra of Propellant Flames (1956) (4)
The Valence Angle in Hydrogen Sulfide (1937) (4)
Note on the Infrared Absorption of the Flame of a Simple Double‐Base Powder (1953) (4)
Quantum Chemistry. By Henry Eyring, John Walter, and George E. Kimball (1945) (4)
The design and construction of an axial multiple-reflection absorption cell (1959) (2)
Physical Chemistry for Premedical Students. (1946) (2)
The Infrared Spectrum of H2C=CD2 (1951) (2)
The Ripening of Time (1982) (1)
Official reports from December board meeting: BOARD COMMITTEE REPORTSThe major actions taken by the ACS Board of Directors on Dec. 3 have been reported in C&EN (Dec. 12, page 7, 1977). (1978) (1)
Infrared Spectroscopy: Industrial Applications and Bibliography. By R. B. Barnes, R. C. Gore, U. Liddell, and V. Z. Williams. (1944) (1)
Simple Expressions for the Heat Capacities of Gases (1948) (1)
National Academy of Sciences Conference on Quantum-Mechanical Methods in Valence Theory (1952) (1)
Some New Data on the NO–N2O5 Reaction (1953) (1)
PROGRESS REPORT NUMBER 37 of the COMMITTEE ON PROFESSIONAL TRAINING (1964) (1)
On the Molecular Complex NO4 (1956) (1)
The Heat of Hydrogenation of Diisobutylene (1936) (1)
The Nature of Thermodynamics. By P. W. Bridgman. (1942) (0)
Letter from Bryce Crawford, Jr., National Academy of Sciences to Harold Varmus (1984) (0)
Physical Constants of Hydrocarbons. Vol. III. Mononuclear Aromatic Hydrocarbons. (1946) (0)
Raman and infrared studies toward liquid relaxation processes (A) (1978) (0)
QUANTITATIVE ATR MEASUREMENTS WITH UNPOLARIZED INFRARED (1964) (0)
THE INFRARED ABSORPTION INTENSITIES OF ETHYLENE AND SOME DEUTERATED ETHYLENES (1955) (0)
A Molecular Orbital Calculation of Twisting Frequencies (1947) (0)
VIBRATIONAL INTENSITIES. IV. BOND MOMENTS IN C$sub 2$F$sub 6$ (1955) (0)
NORMAL VIBRATIONS OF AROMATIC RINGS (1962) (0)
The Fundamentals of Physical Chemistry for Premedical Students. By H. D.,Crockford and Samuel B. Knight. (1950) (0)
A STUDY OF FUNDAMENTAL MOLECULAR PARAMETERS CONTROLLING VIBRATIONAL INTENSITIES. (1970) (0)
Letter from Bryce Crawford, Jr., National Academy of Sciences to Alistair Brass, Annual Reviews (1983) (0)
Survey of Experimental Infrared Spectroscopy (1953) (0)
ABSOLUTE GAS--PHASE RAMAN-INTENSITY MEASUREMENTS (1961) (0)
A Split-Beam Infrared Spectrophotomoter (1946) (0)
Letter from Bryce Crawford, Jr. to the National Academy of Sciences (1981) (0)
Structure of Molecules and the Chemical Bond . Y. K. Syrkin and M. E. Dyatkina; translated and revised by M. A. Partridge and D. 0. Jordan. New York: Interscience; London: Butterworths Scientific Publs., 1950. 509 pp. $8.75. (1950) (0)
Physical Chemistry for Students of Biochemistry and Medicine. By Edward S. West. (1942) (0)
The Force Constant Problem (1950) (0)
Thermodynamics (Lewis, G. N.; Randall, M.) (1962) (0)
GROUP VIBRATIONS IN MOLECULES (1960) (0)
Society Awards and Awardees Ian R. Lewis and Bonnie Saylor (2018) (0)
Letter from Bryce Crawford, Jr., National Academy of Sciences to Joshua Lederberg (1982) (0)
ACS News: Official reports from New Orleans meetingThe major actions taken by the ACS Board and Council at the society's 173rd national meeting in New Orleans this spring have been reported in C&EN (April 18, page 44). (1977) (0)
UREY-BRADLEY FORCE CONSTANTS AND NORMAL COORDINATES OF PYRIDINE (1961) (0)
A Joyous Scholar (1982) (0)
VIBRATIONAL ASSIGNMENT, POTENTIAL CONSTANTS AND NORMAL COORDINATES OF DIBORANE (1962) (0)
SPECTROSCOPIC OBSERVATIONS ON RELAXATION IN LIQUID HALO AROMATICS (1978) (0)
INFRARED INTENSITIES OF $B^{10}_{2}H_{6}$ AND $B^{10}_{2}D_{6}$ (1958) (0)
RECENT DEVELOPMENTS IN THE CALCULATION OF FORCE CONSTANTS BY THE METHOD OF LEAST SQUARES (1961) (0)
Redundancies in Cyclic Systems (1960) (0)
Physical Chemistry: A Brief Course. By Louis J. Bircher. (1941) (0)
INFRARED INTENSITIES OF ALLENE AND ALLENE‐D4 (1980) (0)
THE INFRARED SPECTRUM OF $N_{2}O_{4}$ IN THE GAS, LIQUID AND SOLID $PHASES^{\#}$ (1956) (0)
JOHN OVEREND: 1928 - 1984 A Colleague's Appreciation (1985) (0)
A GEOMETRIC VISUALIZATION OF NORMAL COORDINATE TRANSFORMATIONS APPLIED TO THE DETERMINATION OF FORCE CONSTANTS AND BOND MOMENT $PARAMETERS^{*}$ (1954) (0)

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What Schools Are Affiliated With Bryce Crawford?

Bryce Crawford is affiliated with the following schools:

Bryce Crawford's Academic­Influence.com Rankings