Robert S. Mulliken
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Most Influential Person Across History
American physicist and chemist
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Chemistry Physics
Robert S. Mulliken's Degrees
- PhD Chemistry University of Chicago
Why Is Robert S. Mulliken Influential?
(Suggest an Edit or Addition)According to Wikipedia, Robert Sanderson Mulliken was an American physicist and chemist, primarily responsible for the early development of molecular orbital theory, i.e. the elaboration of the molecular orbital method of computing the structure of molecules. Mulliken received the Nobel Prize in Chemistry in 1966 and the Priestley Medal in 1983.
Robert S. Mulliken'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
- Electronic Population Analysis on LCAO–MO Molecular Wave Functions. I (1955) (8555)
- Molecular Compounds and their Spectra. II (1952) (1878)
- Electronic Population Analysis on LCAO–MO Molecular Wave Functions. II. Overlap Populations, Bond Orders, and Covalent Bond Energies (1955) (1699)
- A New Electroaffinity Scale; Together with Data on Valence States and on Valence Ionization Potentials and Electron Affinities (1934) (1352)
- Formulas and Numerical Tables for Overlap Integrals (1949) (843)
- MOLECULAR COMPOUNDS AND THEIR SPECTRA. 3. THE INTERACTION OF ELECTRON DONORS AND ACCEPTORS (1952) (751)
- Report on Notation for the Spectra of Polyatomic Molecules (1955) (732)
- Structures of Complexes Formed by Halogen Molecules with Aromatic and with Oxygenated Solvents1 (1950) (717)
- Electronic Population Analysis on LCAO‐MO Molecular Wave Functions. IV. Bonding and Antibonding in LCAO and Valence‐Bond Theories (1955) (702)
- Electronic Population Analysis on LCAO‐MO Molecular Wave Functions. III. Effects of Hybridization on Overlap and Gross AO Populations (1955) (624)
- Criteria for the Construction of Good Self‐Consistent‐Field Molecular Orbital Wave Functions, and the Significance of LCAO‐MO Population Analysis (1962) (505)
- The Interpretation of Band Spectra Part III. Electron Quantum Numbers and States of Molecules and Their Atoms (1932) (402)
- Ultraviolet spectra and excited states of ethylene and its alkyl derivatives (1969) (391)
- Potential Curves of Diatomic Rare‐Gas Molecules and Their Ions, with Particular Reference to Xe2 (1970) (378)
- Electronic Structures of Molecules XI. Electroaffinity, Molecular Orbitals and Dipole Moments (1935) (336)
- Molecular Complexes and their Spectra. XII. Ultraviolet Absorption Spectra Caused by the Interaction of Oxygen with Organic Molecules1 (1960) (317)
- Λ-Type Doubling and Electron Configurations in Diatomic Molecules (1931) (300)
- Molecular complexes;: A lecture and reprint volume (1969) (286)
- Molecular electronic spectra, dispersion and polarization: The theoretical interpretation and computation of oscillator strengths and intensities (1941) (239)
- The Rydberg States of Molecules.1a Parts I-V1b (1964) (233)
- Intensities in Molecular Electronic Spectra X. Calculations on Mixed‐Halogen, Hydrogen Halide, Alkyl Halide, and Hydroxyl Spectra (1940) (227)
- The Assignment of Quantum Numbers for Electrons in Molecules. I (1928) (226)
- Intensities of Electronic Transitions in Molecular Spectra I. Introduction (1939) (226)
- Magic Formula, Structure of Bond Energies and Isovalent Hybridization (1952) (225)
- Intensities of Electronic Transitions in Molecular Spectra II. Charge‐Transfer Spectra (1939) (225)
- Far Ultraviolet Absorption Spectra of Ethylene and Ethylene‐d4 (1955) (211)
- Donor-Acceptor Complexes (1962) (210)
- Overlap Integrals and Chemical Binding1 (1950) (204)
- Electronic Structures and Spectra of Triatomic Oxide Molecules (1942) (193)
- Molecular Complexes and Their Spectra. VII. The Spectrophotometric Study of Molecular Complexes in Solution; Contact Charge-transfer Spectra1 (1957) (187)
- Molecular Compounds and Their Spectra. IV. The Pyridine-Iodine System1 (1954) (182)
- THE LOWER EXCITED STATES OF SOME SIMPLE MOLECULES (1958) (179)
- Intensities of Electronic Transitions in Molecular Spectra IV. Cyclic Dienes and Hyperconjugation (1939) (175)
- Electronic Structures of Polyatomic Molecules and Valence. IV. Electronic States, Quantum Theory of the Double Bond (1933) (171)
- Advances in Molecular Spectroscopy (1989) (162)
- The Rydberg States of Molecules. VI. Potential Curves and Dissociation Behavior of (Rydberg and Other) Diatomic States1 (1966) (148)
- The Interpretation of Band Spectra. Part IIc. Empirical Band types (1931) (147)
- Electronic Structures of Polyatomic Molecules. VII. Ammonia and Water Type Molecules and Their Derivatives (1935) (144)
- Role of Kinetic Energy in the Franck–Condon Principle (1971) (142)
- Electronic Structures of Polyatomic Molecules and Valence. II. General Considerations (1932) (141)
- Electronic Structures of Polyatomic Molecules and Valence (1932) (133)
- The interaction of electron donors and acceptors (1964) (131)
- Spectroscopy, molecular orbitals, and chemical bonding. (1967) (124)
- The Interpretation of Band Spectra. Parts I, IIa, IIb (115)
- The twisting frequency and the barrier height for free rotation in ethylene. (1947) (115)
- Rydberg states and Rydbergization (1976) (114)
- LCAO Self‐Consistent Field Calculation of the π‐Electron Energy Levels of cis‐ and trans−1,3‐Butadiene (1950) (114)
- Low Electronic States of Simple Heteropolar Diatomic Molecules: III. Hydrogen and Univalent Metal Halides (1937) (112)
- RARE-GAS AND HYDROGEN MOLECULE ELECTRONIC STATES, NONCROSSING RULE, AND RECOMBINATION OF ELECTRONS WITH RARE-GAS AND HYDROGEN IONS (1964) (111)
- The Halogen Molecules and Their Spectra.J−J-Like Coupling. Molecular Ionization Potentials (1934) (105)
- Some Neglected Subcases of Predissociation in Diatomic Molecules (1960) (105)
- Electronic Structures of Polyatomic Molecules and Valence. II. Quantum Theory of the Double Bond (1932) (102)
- Structure and Ultraviolet Spectra of Ethylene, Butadiene, and Their Alkyl Derivatives (1942) (101)
- Electronic Structures of Polyatomic Molecules and Valence VI. On the Method of Molecular Orbitals (1935) (95)
- Diatomic Molecules: Results of ab Initio Calculations (1977) (95)
- Halogen Molecule Spectra. II. Interval Relations and Relative Intensities in the Long Wave-Length Spectra (1940) (94)
- Electronic Structures of Molecules X. Aldehydes, Ketones and Related Molecules (1935) (94)
- Intensities of Electronic Transitions in Molecular Spectra III. Organic Molecules with Double Bonds. Conjugated Dienes (1939) (92)
- Comparison of Two Atomic Charge Definitions, as Applied to the Hydrogen Fluoride Molecule (1971) (88)
- Electronic Structures of Polyatomic Molecules and Valence. V. Molecules RXn (1933) (87)
- Lewis Acids and Bases and Molecular Complexes (1951) (86)
- Intensities of Electronic Transitions in Molecular Spectra VII. Conjugated Polyenes and Carotenoids (1939) (83)
- Molecular Orbital Treatment of the Ultraviolet Spectra of Benzene and Borazole (1948) (82)
- The Low Electronic States of Simple Heteropolar Diatomic Molecules. I. General Survey (1936) (82)
- Hyperconjugation and Spectrum of the Benzenium Ion, Prototype of Aromatic Carbonium Ions1 (1954) (81)
- Structures of the Halogen Molecules and the Strength of Single Bonds1 (1955) (79)
- Electronic Structures of Polyatomic Molecules. IX. Methane, Ethane, Ethylene, Acetylene (1935) (78)
- Rydberg states of molecules. VII (1969) (72)
- The Interaction of Differently Excited Like Atoms at Large Distances (1960) (71)
- The Isotope Effect in Band Spectra, II: The Spectrum of Boron Monoxide (1925) (70)
- Rydberg and valence-shell states and their interaction (1977) (67)
- Structure, Ionization and Ultraviolet Spectra of Methyl Iodide and Other Molecules (1935) (64)
- Molecular compounds and their spectra. XXI. Some general considerations (1969) (63)
- Dissociation Processes in Oxygen above 1750 A. (1957) (61)
- LCAO Molecular Orbital Computation of Resonance Energies of Benzene and Butadiene, with General Analysis of Theoretical Versus Thermochemical Resonance Energies (1951) (60)
- Conjugation and hyperconjugation: a survey with emphasis on isovalent hyperconjugation (1959) (59)
- Bonding Power of Electrons and Theory of Valence. (1931) (58)
- Interpretation of the Atmospheric Absorption Bands of Oxygen (1928) (56)
- Molecular Scientists and Molecular Science: Some Reminiscences (1965) (55)
- Species Classification and Rotational Energy Level Patterns of Non-Linear Triatomic Molecules (1941) (55)
- Forbidden Band Systems in Nitrogen. II. The a′1Σu−←X1Σg+ System in Absorption (1959) (54)
- Electronic Structures of Molecules XIV. Linear Triatomic Molecules, Especially Carbon Dioxide (1935) (53)
- Mixed V states (1974) (52)
- Molecular Compounds and Their Spectra. V. Orientation in Molecular Complexes (1955) (52)
- The Assignment of Quantum Numbers for Electrons in Molecules. II. Correlation of Molecular and Atomic Electron States (1928) (52)
- The excited states of ethylene (1977) (51)
- Nature of Electronic Levels in Ultraviolet Spectra of Hydrogen and Alkyl Halides (1942) (51)
- Interpretation of the Methyl Iodide Absorption Bands Nearλ2000 (1942) (51)
- The Low Electronic States of Simple Heteropolar Diatomic Molecules. II. Alkali Metal Hydrides (1936) (50)
- The structure of diborane and related molecules. (1947) (48)
- Strong or Isovalent Hyperconjugation in Some Alkyl Radicals and their Positive Ions1 (1958) (46)
- Correlation of Atomic J Values and Molecular Quantum Numbers, with Applications to Halogen, Alkaline Earth Hydride, and Alkali Molecules (1930) (45)
- The Band Spectrum of Boron Monoxide (1924) (45)
- Self-consistent-field wave functions of P2 and PO, and the role of d functions in chemical bonding and of s-p hybridization in N2 and P2 (1971) (45)
- Note on Electronic States of Diatomic Carbon, and the Carbon-Carbon Bond (1939) (44)
- The Beta Bands of Nitric Oxide. I. Measurements and Quantum Analysis (1927) (43)
- Molecular Complexes and Their Spectra. IX. Infrared Absorption by Iodine in its Pyridine Complexes and in Benzene (1959) (43)
- BROKEN BOTTLENECKS AND THE FUTURE OF MOLECULAR QUANTUM MECHANICS. (1959) (41)
- Improved Molecular Orbitals (Computations on H2) (1958) (41)
- 3Π Levels and Predissociations of N2 near the 12.135‐eV Dissociation Limit (1965) (40)
- Molecular Orbital Method and Molecular Ionization Potentials (1948) (39)
- Rydberg and valence-shell character as functions of internuclear distance in some excited states of CH, NH, H2, and N2 (1972) (38)
- THE SEPARATION OF ISOTOPES. THEORY OF RESOLUTION OF ISOTOPIC MIXTURES BY DIFFUSION AND SIMILAR PROCESSES. EXPERIMENTAL SEPARATION OF MERCURY BY EVAPORATION IN A VACUUM. (37)
- Self-Consistent Field Atomic and Molecular Orbitals and Their Approximations as Linear Combinations of Slater-Type Orbitals (1960) (37)
- The Assignment of Quantum Numbers for Electrons in Molecules. III. Diatomic Hydrides (1929) (37)
- Rotational structure of the band spectrum of CCl molecule (1961) (36)
- Overlap and Bonding Power of 2s,2p‐Hybrid Orbitals (1951) (35)
- Bond Angles in Water-Type and Ammonia-Type Molecules and Their Derivatives1 (1955) (35)
- Intensities of Electronic Transitions in Molecular Spectra. (1939) (35)
- Overlap Integrals and Chemical Binding (1949) (34)
- The Isotope Effect in Band Spectra, IV: the Spectrum of Silicon Nitride (1925) (31)
- Abinitio calculations of potential energy curves and transition moments of 1Σ+g and 1Σ+u states of N2 (1987) (31)
- Erratum : Report on Notation for the Spectra of Polyatomic Molecules (1956) (31)
- Intensities of Electronic Transitions in Molecular Spectra IX. Calculations on the Long Wave‐Length Halogen Spectra (1940) (31)
- The Isotope Effect in Band Spectra, III. The Spectrum of Copper Iodide as Excited by Active Nitrogen (1925) (31)
- NewO2+Bands. Dissociation Energy ofO2+and Ionization Potential ofO2 (1933) (31)
- Electron Affinity of O 2 (1959) (30)
- Electronic States and Band Spectrum Structure in Diatomic Molecules. IV. Hund's Theory; Second Positive Nitrogen and Swan Bands; Alternating Intensities (1927) (29)
- Lowest Triplet States of Ethylene (1960) (29)
- IMPROVED COMPUTATIONS ON CONJUGATION AND HYPERCONJUGATION (1941) (27)
- Mechanism of Long Wave-Length Absorption of the Carbonyl Group. (1940) (27)
- Low‐Energy 5Σ+g States of the Nitrogen Molecule (1962) (27)
- Solved and Unsolved Problems in the Spectra of Diatomic Molecules. (1937) (27)
- The nitrogen molecule correlation diagram (1972) (25)
- An Electric Quadrupole Electronic Band System in Molecular Nitrogen. (1957) (25)
- Electronic States and Band Spectrum Structure in Diatomic Molecules. VII. 2 P--> 2 S and 2 S--> 2 P Transitions (1928) (24)
- On a Class of One-Valence-Electron Emitters of Band Spectra (1925) (24)
- Infrared Spectra of Solutions of Iodine (1953) (24)
- Role of Coulomb Energy in the Valence-Bond Theory (1960) (24)
- A Band of Unusual Structure Probably Due to a Highly Unstable Calcium Hydride Molecule (1925) (24)
- Potential energy curves and radiative transition probabilities for rare-gas molecules. (1974) (23)
- Note on Electric Moments and Infrared Spectra, and the Structure of CO (1934) (22)
- Molecular orbital correlation diagrams for He2, He2+, N2, N2+, CO, and CO+ (1977) (22)
- Vibrational Structure of the π*–π Electronic Transition of Ethylene (1969) (21)
- Report on Notation for Spectra of Diatomic Molecules (1930) (21)
- Electronic Structures of Polyatomic Molecules. VIII. Ionization Potentials (1935) (21)
- Hopfield's Rydberg Series and the Ionization Potential and Heat of Dissociation of N 2 (1934) (20)
- Singlet-triplet absorption bands of methyl-substituted ethylenes (1969) (19)
- Correlation of Energy Levels of Linear and Bent Triatomic Molecules, and the Ultraviolet CS 2 Absorption Spectrum (1941) (19)
- Charge-transfer band of the pyridine-iodine complex (1969) (19)
- Diatomic molecules: results of ab initio calculations. [critical review] (1977) (18)
- Electronic Structures of Molecules XIII. Diborane and Related Molecules (1935) (18)
- Ab Initio SCF Computations on Toluene and the Toluenium Ion Using a Large Contracted Gaussian Basis Set (1978) (18)
- The assignment of quantum numbers for electrons in molecules. Extracts from Phys. Rev. 32, 186–222 (1928), plus currently written annotations (1967) (18)
- Electronic States and Band Spectrum Structure in Diatomic Molecules VI. Theory of Intensity Relations for case b Doublet States. Interpretation of CH Bands λλ3900, 4300 (1927) (18)
- Hyperconjugation in C6H7+ and Other Hydrocarbon Ions (1953) (17)
- Emission Band Spectra of Nitrogen. Kaplan's First and Second Systems (1957) (17)
- Electronic Structures of Molecules XII. Electroaffinity and Molecular Orbitals, Polyatomic Applications (1935) (17)
- THE SEPARATION OF ISOTOPES BY THERMAL AND PRESSURE DIFFUSION (1922) (15)
- Electronic States in the Visible Halogen Bands (1930) (15)
- The Red CN Band System (1931) (15)
- Orthonormal Sets of LCAO Molecular Orbitals for Second‐Row Homopolar Diatomic Molecules (1951) (14)
- Intensities of Electronic Transitions in Molecular Spectra V. Benzene (1939) (14)
- A Comparative Survey of Approximate Ground State Wave Functions of Helium Atom and Hydrogen Molecule. (1952) (14)
- π-DELOCALIZATION IN BUTADIENE AND CYANOGEN1 (1962) (14)
- Systematic Relations between Electronic Structure and Band-Spectrum Structure in Diatomic Molecules: I. (1926) (13)
- Intensities of Electronic Transitions in Molecular Spectra VIIIa. Odd‐Numbered Conjugated Polyene Chain Molecules and Organic Dyes (with notes on optical anisotropy and Raman intensities) (1939) (13)
- The Isotope Effect in Band Spectra, Part I (1925) (13)
- Electronic States and Band Spectrum Structure in Diatomic Molecules. I. Statement of the Postulates. Interpretation of CuH, CH, and Co Band-Types (1926) (12)
- RELATION BETWEEN INTENSITY OF TYNDALL BEAM AND SIZE OF PARTICLES.2 (1919) (11)
- Forces intermoléculaires de transfert de charge (1954) (11)
- THE REACTION BETWEEN ALCOHOLS AND AQUEOUS SOLUTIONS OF HYDROCHLORIC AND HYDROBROMIC ACIDS. II. (1916) (10)
- Energies and orbital sizes for some Rydberg and valence states of the nitrogen molecule (1976) (10)
- TECHNICAL REPORT 1965 (1965) (10)
- The Interpretation of Band Spectra, Parts I, IIa, IIb. Additions and Corrections (1930) (10)
- TECHNICAL REPORT, 1966. (1966) (10)
- Note on the Interpretation of the BeF Bands (1931) (10)
- Note on Absorption Processes in the Halogen Spectra (1936) (9)
- The ultraviolet absorption spectrum of chloranil (1960) (9)
- Intensities of Electronic Transitions in Molecular Spectra VI. Molecular Refractivities of Organic Compounds (1939) (9)
- A 1Σ−–3Πr SPECTRUM OF SiO (1961) (9)
- Bond lengths and bond energies in conjugation and hyperconjugation (1959) (9)
- THE SEPARATION OF ISOTOPES. APPLICATION OF SYSTEMATIC FRACTIONATION TO MERCURY IN A HIGH-SPEED EVAPORATION-DIFFUSION APPARATUS (1923) (9)
- Quantum-mechanical methods and the electronic spectra and structure of molecules. (1947) (9)
- The role of kinetic energy in the Franck-Condon principle; with applications to the iodine molecule emission spectrum (1970) (8)
- Charge Distribution, Hybridization, and Bonding in Acetylene and Carbon Dioxide (1960) (8)
- Band Spectra and Chemistry. (8)
- Systematic Relations between Electronic Structure and Band-Spectrum Structure in Diatomic Molecules: II. The ZnH, CdH and HgH Molecules and Their Spectra. (1926) (8)
- Note on the Interpretation of Certain ?2, ?2 Bands of SiH (1931) (8)
- Fine Structure and Zeeman Effects in Helium Band Lines (1929) (8)
- The Isotope Effect as a Means of identifying the Emitters of Band Spectra: Application to the Bands of the Metal Hydrides (1924) (8)
- On the Interpretation of the Rotational Structure of the C O 2 Emission Bands (1932) (7)
- Bond Integrals and Spectra With an Analysis of Kynch and Penney's Paper on the Heat of Sublimation of Carbon (1942) (7)
- Electronic States and Band Spectrum Structure in Diatomic Molecules. V. Bands of The Violet CN (S2→S2) Type (1927) (7)
- The path to molecular orbital theory (1970) (7)
- Spectroscopy, quantum chemistry and molecular physics (1968) (6)
- The Electronic States of the Helium Molecule. (1926) (6)
- Quantum Theory of the Chemical Bond (1976) (6)
- Systematic Relations between Electronic Structure and Band-Spectrum Structure in Diatomic Molecules: III. Molecule Formation and Molecular Structure. (1926) (6)
- Band spectra and atomic nuclei (6)
- Some Proposals Concerning Nomenclature and Symbols for Polyatomic Mol ecules. (1937) (6)
- Life of a scientist : an autobiogrphical account of the development of molecular orbital theory with an introductory memoir by Friedrich Hund (1989) (6)
- Molecular orbitals of nitrogen at small internuclear distances (1974) (6)
- Note on the Visible Halogen Bands, with Special Reference to ICl (1931) (5)
- QUANTUM THEORY OF THE DOUBLE BOND (1932) (5)
- Electronic States and Band Spectrum Structure in Diatomic Molecules III. Intensity Relations (1927) (5)
- The Nature of the Chemical Bond. By Linus Pauling. (1940) (5)
- The Zeeman Effect in the Angstrom CO Bands. II (1927) (5)
- The Separation of Liquid Mixtures by Centrifuging (1922) (4)
- Electronic States and Band-Spectrum Structure in Diatomic Molecules II. Spectra Involving Terms Essentially of the Form B(j 2 -σ 2 ) (1926) (4)
- SCIENCE AND THE SCIENTIFIC ATTITUDE. (1937) (4)
- THE SEPARATION OF ISOTOPES BY DISTILLATION AND ANALOGOUS PROCESSES (1922) (4)
- Polyatomic molecules : results of ab initio calculations (1977) (4)
- Electronic States of the CN Molecule (1924) (4)
- Note on Hurley's ``Improved Molecular Orbitals and the Valence Bond Theory'' (1960) (4)
- The Beta Bands of Nitric Oxide. II. Intensity Relations and Their Interpretation (1927) (4)
- Predissociation and Λ-doubling in the even-parity Rydberg states of the nitrogen molecule (1976) (4)
- Electronic States and Band Spectrum Structure in Diatomic Molecules. VIII. Some Empirical Relations inσ-Type Doubling (1929) (3)
- Chemical bonding. (1978) (3)
- The Isotope Effect in the Spectrum of Silicon Nitride (1925) (3)
- THE VIBRATIONAL ISOTOPE EFFECT IN THE BRAND SPECTRUM OF BORON NITRIDE. (1923) (2)
- Electronic Structures of Polyatomic Molecules and Valence. Magnetism of B 2 H 6 (1933) (2)
- Mulliken proposes molecular orbitals (1967) (2)
- CHAPTER VI – HETEROPOLAR DIATOMIC MOLECULES (1977) (2)
- CHAPTER XI – AROMATIC MOLECULES (1981) (2)
- The Vibrational Isotope Effect in the Brand Spectrum of Boron Nitride (1923) (1)
- Selected Papers Of Robert S. Mulliken (1975) (1)
- SYMBOLS AND NAMES FOR THE HYDROGEN ISOTOPES. (1934) (1)
- Back to the University of Chicago (1989) (1)
- A Discussion on photoelectron spectroscopy - Introductory remarks (1970) (1)
- CHAPTER II – TRIATOMIC MOLECULES AH2 (1981) (1)
- CHAPTER V – HOMOPOLAR DIATOMIC MOLECULES (1977) (1)
- The Shelter Island Conference: A Watershed (1989) (1)
- MIT: Chemistry and Chemical Engineering (1989) (1)
- Fine Structure in the Helium Band Lines (1929) (1)
- THE PEACE RESOLUTION OF THE AMERICAN ASSOCIATION OF SCIENTIFIC WORKERS. (1940) (1)
- Guggenheim Fellowship, Half 1930, Half 1932 (1989) (1)
- CHAPTER V – REACTION SURFACES (1981) (0)
- A frangible peace (1980) (0)
- THE SPECTRA OF CHARGE-TRANSFER COMPLEXES: SOME PROBLEMS AND NEW DEVELOPMENTS (1956) (0)
- Some Family Matters (1989) (0)
- Recent progress in theoretical computations on the electronic states of simple molecules and their spectra (1962) (0)
- A Job with the New Jersey Zinc Company (1989) (0)
- Guggenheim II. Europe Again in 1932–1933 (1989) (0)
- After the War: The Laboratory of Molecular Structure and Spectra (1989) (0)
- Introduction to the Conference (1942) (0)
- CHAPTER III – TWO- TO FOUR-ELECTRON SYSTEMS (1977) (0)
- Newburyport High School (1989) (0)
- The Peace Resolution of the American Association of Scientific Workers (1940) (0)
- OVERLAP INTEGRALS AND MOLECULAR ENERGIES (1952) (0)
- India and Japan, 1962 (1989) (0)
- IMPROVED LCAO MOLECULAR $ORBITALS^{*}$ (1958) (0)
- Selected Papers Volume. Further Theoretical Work (1989) (0)
- Increase in metabolic turnover of phosphatidic acid in brain slices caused by potassium (1961) (0)
- England and Europe, 1925 (1989) (0)
- Chicago Again, 1933 (1989) (0)
- Molecular orbital correlation diagrams for He/sub 2/, He/sub 2//sup +/, N/sub 2/, N/sub 2//sup +/, CO, and CO/sup +/ (1977) (0)
- AB INITIO CALCULATIONS OF POTENTIAL ENERGY CURVES AND TRANSITION MOMENTS FOR $^{1}\Sigma_{u}{^{+}}$ STATES OF $N_{2}$ (1986) (0)
- The Isotope Effect in Line and Band Spectra (0)
- Note on Electric Moments and Infrared Spectra. A Correction (1934) (0)
- Assistant Professor of Physics, New York University at Washington Square, 1926–1927 (1989) (0)
- STUDY OF THE PENETRATION ENERGIES OF DIATOMIC MOLECULES (1958) (0)
- NRC Postdoctoral Fellowship at Harvard, 1923–1925 (1989) (0)
- CHAPTER IV – TRIATOMIC MOLECULES AB2 AND ABC (1981) (0)
- SINGULETT-TRIPLETT-ABSORPTIONSBANDEN VON METHYLSUBSTITUIERTEN AETHYLENEN (1970) (0)
- The effect of structure on the activity of the hydroxyl group in alcohols (0)
- Charge-Transfer Spectra (1985) (0)
- AB INITIO CALCULATIONS OF VALENCE STATE POTENTIAL ENERGY CURVES OF $N_{2}$ (1980) (0)
- THE JUNE SPECTROSCOPY CONFERENCE AT THE UNIVERSITY OF CHICAGO. (1942) (0)
- Oxford, Frankfurt and Tokyo, 1952–1953 (1989) (0)
- CHAPTER VIII – ALIPHATIC AND INORGANIC MOLECULES WITH FOUR OR MORE ATOMS: LINEAR, D2h, AND D2d MOLECULES (1981) (0)
- THE PEACE RESOLUTION OF SCIENTIFIC WORKERS. (1940) (0)
- Laboratory of Molecular Structure and Spectral Technical rept 1969-1970 (1970) (0)
- CHAPTER VII – MOLECULES OF TETRAHEDRAL AND OCTAHEDRAL SYMMETRY (1981) (0)
- Valerie’s Death, 1983. The Academy of Achievment (1989) (0)
- CHAPTER X – SOME MOLECULES OF LOW SYMMETRY (1981) (0)
- Science Attaché, London, 1955 (1989) (0)
- The Isotope Effect in Line and Band Spectra (1924) (0)
- Interpretation of the Visible Halogen Bands (1930) (0)
- Further Advances in Molecular Spectroscopy (1989) (0)
- [Letters to Editor] (0)
- Post-Prize Activities (1989) (0)
- CHAPTER IV – DIATOMIC HYDRIDES (1977) (0)
- THEORY OF SPECTRA OF MOLECULAR COMPLEXES (1951) (0)
- CHAPTER II – ONE-ELECTRON MOs AS PROTOTYPES (1977) (0)
- Molecular Spectra: The Identification of Molecular Spectra . By R. W. B. Pearse and A. G. Gaydon. 221 + viii pp., 8 plates. New York: John Wiley and Sons, Inc. 1941. $8.00. (1942) (0)
- TECHNICAL REPT., PART II, 1953-1954 (1954) (0)
- World War II, 1942 (1989) (0)
- POTENTIAL ENERGY CURVES FOR $N_{2}$ USING CONFIGURATION MIXING (1976) (0)
- Early Life in Newburyport (1989) (0)
- Additions and Corrections. Rydberg States and Rydbergization (1976) (0)
- Associate Professor of Physics at Chicago, 1928 (1989) (0)
- The Nobel Prize, 1966 (1989) (0)
- Intermolecular charge-transfer forces (1954) (0)
- Quantum Chemistry in Florida. Germany Again (1989) (0)
- CHAPTER I – INTRODUCTION AND COMPUTATIONAL METHODS (1981) (0)
- TECHNICAL REPT. PART 2, 1952-1953 (1953) (0)
- Europe Again, 1927 (1989) (0)
- CHAPTER VI – MOLECULES WITH TRIGONAL SYMMETRY (1981) (0)
- Moscow and Leningrad, 1958 (1989) (0)
- CHAPTER IX – ALIPHATIC AND INORGANIC MOLECULES WITH FOUR OR MORE ATOMS: MOLECULES WITH ONE OR TWO SYMMETRY PLANES (1981) (0)
- The Calculation of Atomic Structures . Based on lectures given under the auspices of the William Pyle Fund of Haverford College, 1955. Douglas R. Hartree. Wiley, New York; Chapman & Hall, London, 1957. 181 pp. Illus. $5. (1957) (0)
- MOLECULAR STRUCTURES AND ENERGIES BY THE LCAO-SCF METHOD (1954) (0)
- CHAPTER III – TRIATOMIC MOLECULES HAB AND HA2 (1981) (0)
- Interpretation of Atmospheric Oxygen Bands, 1928 (1989) (0)
- REPT. FOR APRIL 1, 1950 TO MARCH 31, 1951, PART II (1951) (0)
- CHAPTER XII – MOLECULAR COMPLEXES AND COMPOUNDS, HYDROGEN BONDING, HYDRATION OF IONS, AND PROTON AFFINITIES (1981) (0)
- Through ZPG to NPG. (1974) (0)
- Electronic States and Band Spectrum Structure in Diatomic Molecules VII.P2→S2andS2→P2Transitions. A Correction (1928) (0)
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