Douglas Hartree
#2,621
Most Influential Person Across History
British mathematician and physicist
Douglas Hartree's AcademicInfluence.com Rankings
Download Badge
Physics Mathematics
Why Is Douglas Hartree Influential?
(Suggest an Edit or Addition)According to Wikipedia, Douglas Rayner Hartree was an English mathematician and physicist most famous for the development of numerical analysis and its application to the Hartree–Fock equations of atomic physics and the construction of a differential analyser using Meccano.
Douglas Hartree'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
- The Wave Mechanics of an Atom with a Non-Coulomb Central Field. Part I. Theory and Methods (1928) (1109)
- The calculation of atomic structures (1959) (728)
- On an equation occurring in Falkner and Skan's approximate treatment of the equations of the boundary layer (1937) (451)
- The Wave Mechanics of an Atom with a non-Coulomb Central Field. Part III. Term Values and Intensities in Series in Optical Spectra (1928) (399)
- The Wave Mechanics of an Atom with a Non-Coulomb Central Field. Part II. Some Results and Discussion (1928) (312)
- On the Intensity of Total Scattering of X-Rays (1929) (197)
- Self-Consistent Field, Including Exchange and Superposition of Configurations, with Some Results for Oxygen (1939) (160)
- The calculation of variable heat flow in solids (1946) (156)
- Self-consistent field, with exchange, for beryllium (1935) (143)
- Time-Lag in a Control System (1936) (113)
- The Calculation of Atomic Structure (1958) (112)
- Calculating Instruments and Machines (1951) (106)
- A method for the numerical or mechanical solution of certain types of partial differential equations (1937) (80)
- The Propagation of Electromagnetic Waves in a Refracting Medium in a Magnetic Field (1931) (77)
- Self-consistent field with exchange for potassium and argon (1938) (73)
- Self-consistent field, with exchange, for nitrogen and sodium (1948) (70)
- The self-consistent field with exchange for some 10 and 12 electron systems (1957) (54)
- Self-Consistent Field, with Exchange, for ClFormula (1936) (52)
- Self-Consistent Field, with Exchange, for Beryllium. II. The (2s) (2p) 3 P and 1 P Excited States (1936) (52)
- The propagation of electromagnetic waves in a stratified medium (1929) (51)
- The Eniac, an Electronic Computing Machine (1946) (50)
- Results of Calculations of Atomic Wave Functions. III. Results for Be, Ca and Hg (1935) (49)
- Notes on iterative processes (1949) (45)
- The calculation of atomic structures : based on lectures given under the auspices of the William Pyle Philips Fund of Haverford College, 1955 (1957) (43)
- Results of Calculations of Atomic Wave Functions. I. Survey, and Self-Consistent Fields for ClFormula and CuFormula (1933) (41)
- Stability criteria for linear systems and realizability criteria for RC networks (1957) (41)
- Self-Consistent Field, with Exchange, for Cu$^{+}$ (1936) (41)
- The laminar boundary-layer equation: a method of solution by means of an automatic computer (1955) (41)
- SOME PRACTICAL METHODS OF USING CHARACTERISTICS IN THE CALCULATION OF NON- STEADY COMPRESSIBLE FLOW (1953) (38)
- Discussion on the structure of atomic nuclei (1929) (37)
- A theoretical calculation of the fine structure for the K-absorption band of Ge in GeCl4 (1934) (36)
- Results of calculations of atomic wave functions IV—Results for F-, Al+3, and Rb+ (1935) (32)
- The Differential Analyser (1935) (32)
- Time-Lag in a Control System. II (1937) (32)
- An Investigation into the Existence of Zero-Point Energy in the Rock-Salt Lattice by an X-Ray Diffraction Method (1928) (32)
- The condition of a certain matrix (1950) (32)
- Results of Calculations of Atomic Wave Functions. II. Results for KFormula and CsFormula (1934) (30)
- A theoretical investigation of the oxygen atom in various states of ionisation (1933) (29)
- The laminar boundary layer in compressible flow (1948) (28)
- XXIX. The atomic structure factor in the intensity of reflexion of X-rays by crystals (1925) (26)
- Self-Consistent Field with Exchange for Calcium (1938) (26)
- The Wave Mechanics of an Atom with a Non-Coulomb Central Field. Part IV. Further Results relating to Terms of the Optical Spectrum (1929) (23)
- The Mechanical Integration of Differential Equations (1938) (22)
- Self-Consistent Field Calculations for Zn, Ga,Ga+,Ga+++, As,As+,As++,As+++ (1941) (21)
- Approximate Wave Functions and Atomic Field for Mercury (1934) (19)
- The Distribution of Charge and Current in an Atom consisting of many Electrons obeying Dirac's equations (1929) (18)
- A numerical method of solving second-order linear differential equations with two-point boundary conditions (1957) (16)
- Automatic Calculating Machines (1950) (16)
- Representation of the Exchange Terms in Fock's Equations by a Quasi-Potential (1958) (16)
- Atomic wave functions for gold and thallium (1955) (16)
- Self-Consistent Field, with Exchange, for Si IV and Si V (1941) (15)
- Wave functions for negative ions of sodium and potassium (1938) (15)
- Variation of Atomic Wave Functions with Atomic Number (1958) (14)
- The Bush Differential Analyser and its Applications (1940) (14)
- Optical and equivalent paths in a stratified medium, treated from a wave standpoint (1931) (14)
- Calculating machines : recent and prospective developments and their impact on mathematical physics, inaugural lecture (1947) (13)
- The evaluation of a diffraction integral (1954) (12)
- Some calculations of transients in an electronic valve (1950) (12)
- The evaluation of transient temperature distributions in a dielectric in an alternating field (1939) (11)
- Approximate Wave Functions for Some Atoms of the First Long Period (1956) (11)
- The interpolation of atomic fields (1955) (11)
- The effect of configuration interaction on the low terms of the spectra of oxygen (1937) (10)
- The interpolation of atomic wave functions (1955) (10)
- A Discussion on Computing Machines (1948) (10)
- The Wave Mechanics of Free Electrons (1931) (9)
- Distribution of potential in cylindrical thermionic valves (1939) (8)
- Approximate wave functions, with exchange for Mn+2 (1955) (7)
- Recent Developments in Calculating Machines (1947) (6)
- An interpretation of the spectrum of ionised oxygen (O II) (1926) (6)
- The application of the differential analyser to transients on a distortionless transmission line (1938) (5)
- Approximate self-consistent fields for In3+ and Sb3+ (1956) (5)
- Some Relations between the Optical Spectra of Different Atoms of the Same Electron Structure. I. Lithium-Like and Sodium-Like Atoms (1924) (4)
- The ENIAC, an electronic calculating machine (1946) (4)
- The Eniac, An Electronic Calculating Machine (1946) (4)
- The Response of a Non-Linear Electric Circuit to an Impulse (1936) (4)
- Self-consistent field, with exchange, for Ne III (1951) (4)
- Ballistic Calculations (4)
- Self-Consistent Field Calculations for Ge++ and Ge (1941) (4)
- Some Methods of Estimating the Successive Ionisation Potentials of any Element (1924) (4)
- A historical survey of digital computing machines (1948) (4)
- Transient Oscillations in a Loud-Speaker Horn (1936) (4)
- The Effect of Space-Charge on the Secondary Current in a Triode (1937) (3)
- Wave functions for the normal states of Ne+3 and Ne+4 (1957) (3)
- CXVI. On atomic structure and the reflexion of X-rays by crystals (1923) (3)
- The Spectra of some Lithium-like and Sodium-like Atoms (1924) (3)
- The Dispersion Formula for an Ionised Medium (1933) (3)
- Modern calculating machines. (1949) (2)
- The Pressure Distribution on the Head of a Shell Moving at High Velocities (1920) (2)
- ON A FUNCTION ASSOCIATED WITH THE LOGARITHMIC DERIVATIVE OF THE GAMMA FUNCTION (1948) (2)
- Differentiation of some classes of set functions (1952) (2)
- The deflection of a cantilever bar rotated under end load (1933) (1)
- A method for the numerical integration of first-order differential equations (1950) (1)
- The Ionisation Potential of Ionised Manganese (1925) (1)
- Calculating Machines. Recent Work and Prospective Developments (1947) (1)
- Introduction to Session on Numerical Analysis II (1956) (1)
- XLIX. On the propagation of certain types of electromagnetic waves (1923) (1)
- Doublet and Triplet Separations in Optical Spectra as Evidence whether Orbits penetrate into the Core (1925) (0)
- A method for the numerical integration of the linear diffusion equation (1958) (0)
- Some Relations between the Optical Spectra of Different Atoms of the same Electronic Structure. II. Aluminium-like and Copper-like Atoms (1926) (0)
- The tabulation of Bessel functions for large argument (1949) (0)
- Lectures on modern calculating machines (1947) (0)
- The Bearing of Statistical and Quantum Mechanics on School Work (1935) (0)
- The thirty-fourth Kelvin Lecture. "Mechanical integration in electrical problems" (1943) (0)
- The differential analyser and its applications in electrical engineering (1938) (0)
- The Radial Charge Densities for the Ti+2 Argon Core (1960) (0)
This paper list is powered by the following services:
Other Resources About Douglas Hartree
What Schools Are Affiliated With Douglas Hartree?
Douglas Hartree is affiliated with the following schools:
