Lawrence Bragg | Academic Influence

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Lawrence Bragg

Physics

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Physics

Lawrence Bragg's Degrees

Bachelors Mathematics and Physics University of Adelaide

Why Is Lawrence Bragg Influential?

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According to Wikipedia, Sir William Lawrence Bragg, was an Australian-born British physicist and X-ray crystallographer, discoverer of Bragg's law of X-ray diffraction, which is basic for the determination of crystal structure. He was joint recipient of the Nobel Prize in Physics in 1915, "For their services in the analysis of crystal structure by means of X-rays"; an important step in the development of X-ray crystallography.

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Lawrence Bragg'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 effect of thermal agitation on atomic arrangement in alloys (1935) (853)
2 – The Diffraction of Short Electromagnetic Waves by a Crystal* (531)
The Structure of Some Crystals as Indicated by Their Diffraction of X-rays (1913) (369)
The crystal structures of two polyamides (‘nylons’) (1947) (341)
The crystal structures of minerals (1965) (337)
A dynamical model of a crystal structure (1949) (323)
An experimental and theoretical study of the relation between magnetic field and current in a superconductor (1953) (292)
The Crystalline State (257)
The Structure of the Diamond (1913) (236)
The form birefringence of macromolecules (1953) (210)
Microscopy by Reconstructed Wave-fronts (1950) (203)
Atomic structure of minerals (1937) (194)
The Analysis of Crystals by the X-ray Spectrometer (1914) (173)
XVIII. The arrangement of atoms in crystals (1920) (146)
Polypeptide chain configurations in crystalline proteins (1950) (138)
A New Type of ‘X-Ray Microscope’ (1939) (105)
The structure of a cold-worked metal (1940) (105)
The Specular Reflection of X-rays. (1912) (103)
The Structure of β Alumina (1931) (92)
XXV. The Structure of Silicates (1930) (92)
The Refractive Indices of Calcite and Aragonite (1924) (86)
The structure of haemoglobin. II (1954) (79)
The structure of aragonite (74)
Elimination of the Unwanted Image in Diffraction Microscopy (1951) (73)
XXIX. The intensity of reflexion of X-rays by rock-salt (1921) (72)
The development of x-ray analysis (1975) (68)
The Structure of Silicates. (1930) (66)
Penetration of magnetic fields into superconductors III. Measurements on thin films of tin, lead and indium (1951) (66)
The structure of thin films of certain metallic oxides (1932) (61)
The Determination of Parameters in Crystal Structures by means of Fourier Series (1929) (60)
The X-Ray Microscope (1942) (58)
The external form of the haemoglobin molecule. II (1952) (54)
XLII. The crystalline structure of copper (1914) (52)
Studies in radioactivity (50)
LXII. The crystalline structure of zinc oxide (1920) (47)
The structure of haemoglobin - VI. Fourier projections on the 010 plane (1954) (46)
The Arrangement of Atoms in Crystals (1921) (45)
THE PHYSICAL SCIENCES. (1934) (45)
The conversion factor for kX units to Angström units. (1947) (43)
The theory of spectra and atomic constitution (1923) (41)
Die Struktur des Olivins. (39)
Crystal Structure (1920) (37)
The Structure of Certain Silicates (1927) (36)
The Crystalline state : a general survey (1965) (31)
Strukturbericht, 1913–1928 (1931) (27)
XXVIII. The crystalline Structure of Phenacite, Be2SiO4, and Willemite, Zn2SiO4 (1930) (26)
Diffuse scattering of X-rays by crystals - The Faxén-Waller theory and the surfaces of isodiffusion for cubic crystals (1942) (23)
The Employment of contoured Graphs of Structure-Factor in Crystal Analysis (1936) (22)
Arrangement of polypeptide chains in horse methaemoglobin (1952) (21)
A dynamical model of a crystal structure. II (1949) (17)
The Action of a Crystal as a Two-Dimensional Lattice in Diffracting Electrons. (1931) (17)
Bragg's Law (1966) (16)
The Rutherford Memorial Lecture, 1960 - The development of X-ray analysis (1961) (16)
X-ray diffraction by imidazole methaemoglobin (1954) (15)
Focal conic structures (1933) (15)
The influence of atomic arrangement on refractive index (1924) (14)
Scientific research and social needs (1934) (14)
Structure of Alloys (1933) (13)
V.Die Kristall struktur von Chrysoberyll (ΒeAl2O4) (12)
XXX. Die Struktur des Olivins (12)
Patterson Diagrams in Crystal Analysis (1939) (12)
The Structure of Phenacite, Be$_{2}$SiO$_{4}$ (12)
X-Ray Analysis with the Aid of the “Fly's Eye” (1945) (11)
Atomic arrangement in the silicates (11)
The Crystalline Structure of Chrysoberyl (10)
Die Beugung kurzer elektromagnetischer Wellen durch einen Kristall (1914) (10)
Die Reflexion von R?ntgen-Strahlen durch Kristalle (1914) (9)
Die Reflexion von R?ntgen-Strahlen durch Kristalle (1914) (9)
The Structure of Chrysotile H4Mg3Si2O9 (1931) (9)
The determination of the coordinates of heavy atoms in protein crystals (1958) (8)
Discussion on Ultra-Penetrating Rays (1931) (8)
The Conversion Factor for kX Units to Augustrom Units (1947) (8)
The history of X-ray analysis (1965) (8)
A study of the order-disorder transformation (1937) (8)
X-Ray Analysis of Proteins (1952) (7)
XIX.Interatomic distances in crystals (1926) (7)
XXI. An optical method of representing the results of X-ray analysis (7)
Diffraction of X-rays by Two-Dimensional Crystal Lattice (1929) (7)
The structure of haemoglobin (1952) (7)
British Achievements in X-ray Crystallography. (1960) (7)
The structure of diopside, Ca Mg (Si O3)2. (6)
Structure of Metals (1938) (6)
Die Analyse von Kristallen mit den Röntgen-Strahlen-Spektrometer (1914) (6)
XXX. The interpretation of intensity measurements in X-ray analysis of crystal structure (1925) (6)
The Royal Institution Library of Science: Physical Sciences. (1972) (5)
The Royal Institution Library of Science: Physical Sciences (1974) (5)
A discussion on plastic flow in metals (1938) (5)
Über die Streuung der Röntgenstrahlen durch die Atome eines Kristalles (1922) (5)
X-Ray Analysis in Industry (1941) (4)
Index of X-Ray Diffraction Data (1942) (4)
A Theoretical Calculation of the Rhombohedral Angle of Crystals of the Calcite Type (1924) (4)
Diffraction of monochromatic X-rays by crystals at high temperatures (1941) (4)
X-ray analysis of the haemoglobin molecule (1953) (4)
Die Struktur einiger Kristalle, gedeutet nach ihrer Beugung von Röntgen‐Strahlen (1914) (4)
Structure-Factor Graphs for Crystal Analysis (1936) (4)
Sir William Bragg, F. R. S. (1862-1942) (1962) (4)
The early history of intensity measurements (1969) (4)
The Growing Power of X-ray Analysis (1962) (3)
Appendix II. X-Ray examination of Oppau salt (3)
The Structure of Silicates (1927) (3)
Investigation on the chemical and physical properties of Oppau ammonium sulphate-nitrate at the Government Laboratory (3)
The Dimensions of Atoms and Molecules (1921) (3)
The Structure of Beryl, BeFormulaAlFormulaSiFormulaOFormula (1926) (3)
The crystal structure of chrysotile H4 Mg3 Si2 O9 (1931) (2)
Dame Kathleen Lonsdale (1972) (2)
Die Struktur des Diamanten (1914) (2)
Address of the President Sir William Bragg, O.M., at the Anniversary Meeting, 30 November 1940 (1936) (2)
Die Beugung von X-Strahlen durch Kristalle (2)
A device for calculating structure factors (1952) (2)
J J Thomson and the Cavendish Laboratory (1964) (2)
The Intensity of X-Ray Reflection (1922) (2)
The Diffraction of Röntgen Rays by Crystals (1959) (2)
The Crystalline Structure of Inorganic Salts (1925) (2)
Sir J. J. Thomson, O.M., F.R.S. (1940) (1)
ORGANIZATION AND FINANCE OF SCIENCE IN UNIVERSITIES (1944) (1)
Glückwünsche aus England (1949) (1)
Rayons X et structure cristalline (1)
3 – The Crystalline Structure of Copper* (1966) (1)
Mr. W. A. Kay (1961) (1)
Exploration of the Mineral World by X-Rays (1934) (1)
Sir Kenneth Lee (1967) (1)
Die Reflexion der Röntgenstrahlen (1)
Science and Social Needs (1935) (1)
Rotating crystal X-ray photographs (1)
X-ray Optics (1929) (1)
The twenty-second Kelvin Lecture. "The architecture of the solid state" (1931) (1)
Part II. Organic compounds. Introduction (1)
The Architecture of the Solid State. (1931) (1)
Mr. F. Lincoln and the Cavendish Laboratory (1944) (0)
Michael Faraday (1965) (0)
Das hohe Erziehungsniveau in Schottland (1979) (0)
A center of fundamental research (1953) (0)
Der Physiker nach dem Kriege (1946) (0)
Spezielle anorganische Mikrochemie (1930) (0)
Neuere Untersuchungen über die Struktur von Kristallen (1915) (0)
L'exploration du monde minéral à l'aide des rayons X (1936) (0)
Functions of the Research Associations (1942) (0)
Die Reflexion von Röntgenstrahlen an Kristallen : grundlegende Untersuchungen in den Jahren 1913 und 1914 (0)
The Architecture of the Solid State. (1931) (0)
Die Polarisation des Lichtes (1935) (0)
Reginald William James, 1891-1964 (1965) (0)
Count Rumford: Physicist Extraordinary (1965) (0)
Die Reflexion von Röntgenstrahlen an Kristallen = The reflection of X-rays by crystals (0)
Professor P. P. Ewald (1968) (0)
The Growing Field (0)
The Structure of Phenacite, BeFormulaSiOFormula (0)
VI.—The New Crystallography. (1936) (0)
Eine Bemerkung über die Interferenzfiguren hemiedrischer Kristalle = A note on the interference figures of hemihedral crystals (0)
Silicates : Jump to : What are Silicates ? (0)
Buchbesprechungen über: Three Copernican Treatises- The Universe of Light- Radiative Transfer(Ref. A. UNSÖLD) (1961) (0)
Cohesion and related problems. General discussion (0)
The Rutherford Papers in the Library of the Cavendish Laboratory (1946) (0)
Ideas and discoveries in physics (1970) (0)
A review of recent advances in X-ray analysis . The impact of radioactivity on inorganic chemistry [by] H.J. Emeléus (1950) (0)
CORRESPONDENCE (1947) (0)
Maurice, Duc de Broglie, For.Mem.R.S. (1961) (0)
6 – An Optical Method of Representing the Results of X-ray Analysis* (1966) (0)
Die Reflexion von Röntgen‐Strahlen durch Kristalle (II) (1914) (0)
The Theory of Alloy Structures (1936) (0)
Chapter 2 X-ray Crystallography (0)
The Place of Scientists in the Community (1943) (0)
Mr. Fred Lincoln (1954) (0)

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