Samuel Tolansky

Samuel Tolansky's AcademicInfluence.com Rankings

Samuel Tolansky

Physics

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Physics

Why Is Samuel Tolansky Influential?

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According to Wikipedia, Samuel Tolansky, born Turlausky, FRAS FRSA FInstP FRS , was a British physicist. He was nominated for a Nobel Prize, has a crater on the Moon named after him near the Apollo 14 landing site and he was a principal investigator to the NASA lunar project known as the Apollo program.

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Samuel Tolansky'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

Multiple-beam interferometry of surfaces and films (1948) (657)
Dislocations (1966) (394)
Multiple-beam interferometry (1951) (216)
Multiple-beam interference microscopy of metals (1971) (195)
An introduction to interferometry (1973) (163)
Atomic Spectra and Atomic Structure (1937) (119)
Spiral and Other Growth Forms of Synthetic Diamonds: A Distinction Between Natural and Synthetic Diamond (1959) (31)
Growth history of a natural octahedral diamond (1964) (29)
Pressure crack-figures on diamond faces I. The octahedral face (1955) (29)
High Resolution Spectroscopy (1948) (28)
The microstructures of diamond surfaces (1955) (27)
A High-Resolution Surface-Profile Microscope (1952) (26)
The etching of diamond, II. Cleavage, dodecahedron and cube faces (1954) (25)
Birefringence of Diamond (1966) (24)
Interference studies of diamond faces. A crossed fringe technique (1947) (21)
The etching of crystal cleavages II. Diamond octahedral cleavages (1957) (21)
The etching of diamond I. Octahedron faces (1954) (21)
Induction of Ring Cracks on Diamond Surfaces (1957) (20)
The history and use of diamond (1962) (16)
Pressure crack-figures on diamond faces II. The dodecahedral and cubic faces (1955) (16)
Topography of the Face of a Diamond Crystal (1946) (16)
XXXI New contributions to interferometry. Part V.—New multiple beam white light interference fringes and their applications (1945) (16)
The topography of crystal faces - II. The topography of cleavage faces of mica and selenite (1945) (15)
Oriented Ring Cracks on Diamond (1954) (15)
SPECIAL ARTICLE: New Contributions to Interferometry, with Applications to Crystal Studies (1945) (14)
Interferometric Studies on Synthetic Diamonds (1960) (13)
An Interferometric Procedure for the Examination of Crystal Surfaces (1943) (13)
Fine Structure in the Arc Spectrum of Platinum (A) The Nuclear Spin of Pt 195 (B) Even Isotope Displacement (1937) (13)
LIV. Observations on slip found in a diamond (1953) (13)
The topography of crystal faces - I. The topography of a (100) face of a left-handed quartz crystal (1945) (12)
Low-order multiple-beam interferometry (1946) (12)
Micro-disk Patterns on Diamond Dodecahedra (1961) (12)
lnterferometric Examination of Small (Glassy Spherules and Related Objects in a 5-Graml Lunar Dust Sample (1970) (12)
Thin-Film Interferometric Techniques for High-Magnification Topographical Studies (1952) (11)
Interferometric Studies on the Vibration of Piezoelectric Plates (1951) (11)
Multiple-beam interferometric studies on oscillating quartz crystals (1958) (11)
Optical Studies of Ring Cracks on Glass (1954) (11)
Changes in orientation of etch pits produced on the cubic faces of diamond (1972) (11)
Use of Multilayer Films for Surface Topography Interferometry (1954) (10)
The etching of crystal cleavages I. Mica (1957) (10)
XIV. New contributions to interferometry. Part II—New interference phenomena with Newton's rings (1944) (10)
Optical Properties of Solid Thin Films (1949) (10)
Microstructures of surfaces : using interferometry (1968) (10)
Frits Zernike, 1888-1966 (1967) (9)
The Nuclear Spin of Tin (1934) (9)
Comparative optical and interferometric studies on synthetic diamonds (1961) (9)
Precision Multiple-Beam Interference Fringes with High Lateral Microscopic Resolution (1955) (9)
Application of Multiple-Beam Interferometry to the Study of Oscillating (1948) (9)
Synthetic diamonds: growth and etch phenomena (1962) (9)
Fine Structure in the Arc Spectra of Bromine and Iodine (1932) (9)
LXIV. New contributions to interferometry. Part I.—New non-localized interference fringes (1943) (9)
Abundance of Type II Diamonds (1967) (8)
Spectroscopy and Combustion Theory Hyperfine Structure in Line Spectra and Nuclear Spin (1949) (8)
Interferometric evaluation of thicknesses of thin films (1950) (8)
Perfection of contour by vacuum deposited thin films (1954) (8)
Rectilinear etch pits on diamond (1957) (8)
The Measurement of Thin Film Thickness by Interferometry (1951) (7)
The Reflectivity of Speculum Metal (1947) (7)
The Nuclear Spin of Arsenic (1932) (7)
Hyperfine Structure in the Arc Spectrum of Bromine (1940) (7)
Multiple-beam interferometry applied to oscillating systems (1965) (7)
Interferometric Study of Slip Bands on Metal Crystals (1949) (7)
Optical studies of spirals on synthetic quartz crystals (1961) (7)
The microstructure of dodecahedral faces of diamond (1957) (7)
Revolution in Optics (1968) (6)
A Topographic Microscope (1954) (6)
XXXVII. Interferometric studies of hardness test indentations: Investigations on tungsten carbide, steel, duraluminium and tin (1952) (6)
Further interferometric studies with mica. New multiple-beam fringes and their application (1946) (6)
Applications of Multiple-Beam Interferometry (1951) (6)
Complex Curvilinear Designs from Pendulums (1969) (6)
New Interference Phenomena with Newton's Rings (1944) (6)
Cleavage of Calcite (1946) (6)
The intensity efficiency of the fabry-repot interferometer. Both in transmission and reflection (1946) (6)
Introduction to Atomic Physics (1957) (5)
Symmetry of Snow Crystals (1958) (5)
Measurement of Faraday rotation in single-crystal nickel films (1962) (5)
Interference microscopy for the biologist (1970) (5)
The teaching of interference fringe localization (1966) (5)
The nuclear magnetic moment of copper (1938) (5)
A light‐profile microscope for surface studies (1952) (5)
The nuclear spin of iodine I— fine structure in the first spark spectrum (1935) (4)
A transparent-replica technique for interferometry (1947) (4)
New Localized Multiple-Beam Interference Fringes formed with Curved Thin Sheets (1950) (4)
Etch spirals on a diamond octahedron face (1952) (4)
Fine Structure in the Mercury Singlet Terms (1931) (4)
The nuclear spin of iodine II-Fine structure in the arc spectrum and a fine structure perturbation effect (1935) (4)
The high-frequency spectrum of mercury and the fine structures of ? 6123 (Hg I) and ? 4797 (Hg II) (1931) (4)
On the occurrence of slip in diamond (1958) (4)
A Notable Growth Spiral on Synthetic Diamond (1961) (4)
Topography of a Quartz Crystal Face (1944) (4)
Nuclear Spin of Iodine (1934) (4)
Interferometric Examination of Hardness Indentations on Tin (1949) (4)
Fine structure in the (2D) series limit terms of the I+ spectrum (1936) (4)
A simple improved method for reducing fabry-perot observations (1931) (3)
Intensity modifications in the spectrum of mercury (1930) (3)
Interferometric Examination of Hardness Test Indentations (1949) (3)
Nuclear Spin and Magnetic Moment of Tin (1933) (3)
High Intensity Reflection Interferometry for Weak Sources (1949) (3)
XXV. Hyperfine structure in the arc spectrum of tin (1941) (3)
Multiple-beam interferometry in analytical metallography (1969) (3)
Electron Microscopes (1966) (3)
Resemblance between Macro-impact with a Great Meteorite and Micro-impact with a Drop or Sphere (1964) (3)
The nuclear spins and magnetic moments of the isotopes of antimony (1934) (3)
Optical Illusions: Their Influence on Scientific Observation (1961) (2)
The Nuclear Spin of Iodine. III. Further Measurements upon the Fine Structures in the First Spark Spectrum (1938) (2)
The association factor in intelligence testing. (1931) (2)
Interferometry and biological microtopography. (1963) (2)
Directional Hardness Studies on Single Crystals of Tin and Bismuth (1955) (2)
Distribution of Atomic Nuclear Spins (1936) (2)
Multiple-beam interferometry: and the influence of vacuum technique (1952) (2)
Symposium on optical and surface methods of non-destructive testing (1957) (2)
B.S.I.R.A. OPEN DAYS ADDRESS Three Dimensional Microscopy (1958) (2)
XXXVIII. New contributions to interferometry.Part VII.—Monochromaticand white-light multiple beam interferometric studies on mica (1946) (2)
Microstructure of Surfaces (1969) (2)
Evaluation of Small Radii of Curvature using the Light-Profile Microscope (1952) (2)
Some Applications of Interferometry to the Examination of an Electrodeposited Film (1950) (2)
Shadow Microscopy for Measurement of Height (1953) (2)
Curiosities of Light Rays and Light Waves (1966) (2)
An Interferometric Examination of Synthetic Mica (1947) (2)
Isotope Enrichment in a Continuous Feed Process (1958) (2)
The Great Table Diamond of Tavernier (1962) (2)
The sputtering of large-aperture Fabry-Perot interferometer mirrors (1936) (2)
Interferometric Examination of Tektites (1969) (2)
New Localized Interference Fringes (1948) (2)
XIX. New contributions to interferometry. Part III.—The differential polarization phase change on reflection at a thin silver film (1944) (2)
Measurements of Amplitudes of Micro-Oscillations using a Microscope Light-Cut Technique (1952) (2)
XLIV. New contributions to interferometry.—Part VIII. Interferometric examination of small local irregularities in mica (1946) (2)
Distribution of Nuclear Mechanical Moments (1935) (1)
Goethe on Interferometry (1971) (1)
Type 2 abundance in natural micro-diamonds (1969) (1)
Cleavage of Selenite and Mosaic Structure (1946) (1)
Negative Nuclear Spins and a Proposed Negative Proton (1934) (1)
German Physical Society in the British Zone (1947) (1)
Growth and Perfection of Crystals: Proceedings of an International Conference on Crystal Growth, Cooperstown, New York, August 1958 edited by R. H. Dovemus, B. W. Roberts and D. Turnbull (1959) (1)
XXXII. New contributions to interferometry. Part VI.—White light Fabry-Perot fringes (1945) (1)
An Interferometric Procedure for the Examination of Crystal Surfaces (1944) (1)
Multiple beam interferometry in elementary teaching (1970) (1)
Fine Structure in the Singlet Series of Mercury. (1930) (1)
Fine Structure in the Arc Spectra of Bromine and Iodine. (1931) (1)
Intensity Measurements in a Fine Structure Multiplet of AsII (1934) (1)
The use of multilayer high reflecting films for reflection multiple-beam interferometry (1952) (1)
Interferometric Studies on Apollo 11 and Apollo 12 Lunar Glass Objects (1972) (1)
A New Application of White-Light Superposition Fringes (1949) (1)
The nuclear spin of iodine. IV. A new type of hyperfine structure deviation from the interval rule (1939) (1)
Isotope Displacement in the Arc Spectrum of Platinum (1936) (1)
Use of the Term ‘Resolving Power’ in Spectroscopy (1941) (1)
A Conjectured Electrolytic Enrichment of Tin Isotopes (1957) (1)
A micro-reference flat for multiple beam interferometry (1953) (1)
Notes on biological interference microscopy. (1966) (1)
Laws of Nuclear Structure Derived from Nuclear Spins (1941) (0)
XXIX. New contributions to interferometry: Part IV.—The ghost images and scatter rings of the Fabry-Perot interferometer and their effects in hyperfine structure observations (1944) (0)
School Physics (1971) (0)
Introductory Optics (1969) (0)
Hyperfine Structure Perturbations in Iodine due to Nuclear Quadrupole Moment (1938) (0)
Nuclear Moments of the Antimony Isotopes (1934) (0)
Nuclear Magnetic Moments (1932) (0)
Short Reviews (1963) (0)
BOOK REVIEWS: Optical Illusions (1965) (0)
III. A further application of localized white-light fringes of superposition (1950) (0)
“Structure of Spectral Lines” (1947) (0)
The absence of fine structure in the arc spectrum of silver (1933) (0)
XXVI. New contributions to interferometry.—Part I. A Reply (1944) (0)
Diamond. Part 2 (1960) (0)
The Science of Dreams (1963) (0)
Hyperfine Structure of the Mercury Line λ4916. (1932) (0)
II. New multiple-beam localised fringes formed by strongly curved silvered thin plates (1950) (0)
XLIX. An unusual birefringence interference pattern (1952) (0)
IV. The oscillations of quartz crystals as revealed by multiple-beam interferometry (1950) (0)
A Compendium of Physics (1963) (0)
Are there diamonds on the moon (1968) (0)
Some further applications of multiple. Beam interferometry I. interferometric method for measuring differential polarisation phase change at metallic reflection (1950) (0)
Diamond. Part 1 (1959) (0)
Student's Interferometry (1967) (0)
Interferometric Examination (1949) (0)
The Society's notes (1973) (0)
Application of Interferometry to Biological Microstructures (1964) (0)
Lunar Glass: Interferometric Evidence for Low-Temperature Shock (1972) (0)
The Properties of Metallic Coatings Produced by Evaporation and Sputtering (1951) (0)
Physics Exhibition 1968 (1968) (0)
Fine Structure in the Mercury Singlet Terms: A Correction. (1931) (0)
BOOK AND FILM REVIEWS: Prerequisite: Curiosity: Curiosities of Light Rays and Light Waves (1971) (0)
Interferometric Studies on Coals (1952) (0)
Technological Importance of Industrial Diamond (1962) (0)
An Occasional Mode of Growth in Diamond (1955) (0)
Hyperfine Structure in the Spark Spectrum of Iodine (1939) (0)
Simple method of cutting wide "pyrex" tubing (1936) (0)
The Electric Quadrupole Moment of the Nucleus (1936) (0)

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What Schools Are Affiliated With Samuel Tolansky?

Samuel Tolansky is affiliated with the following schools:

Imperial College London
Durham University
Royal Holloway, University of London