Bruce Chalmers

Q: What Schools Are Affiliated With Bruce Chalmers

Bruce Chalmers is affiliated with the following schools: University of California, Berkeley, Stanford University, Harvard University

Bruce Chalmers's AcademicInfluence.com Rankings

Bruce Chalmers

Physics

#4209

Historical Rank

physics Degrees

Download Badge

Physics

Bruce Chalmers's Degrees

PhD Physics Stanford University
Masters Physics Stanford University
Bachelors Physics Stanford University

Why Is Bruce Chalmers Influential?

(Suggest an Edit or Addition)

According to Wikipedia, Bruce Chalmers was a British-born and educated physicist, a metallurgy professor at Harvard University, a member of the National Academy of Sciences, an editor in chief of Progress in Materials Science, master of John Winthrop House at Harvard University. An award has been established in his name - the Bruce Chalmers Award by the Minerals, Metals and Materials Society. The National Academies Press said that he had "a notable career as a scientist, educator and editor". Harvard University called him "an authority in the field of metallurgy".

(See a Problem?)

Bruce Chalmers'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

Principles of Solidification (1964) (1166)
Interaction Between Particles and a Solid‐Liquid Interface (1964) (585)
A PRISMATIC SUBSTRUCTURE FORMED DURING SOLIDIFICATION OF METALS (1953) (534)
Multiple slip in bicrystal deformation (1957) (333)
Structure of high angle grain boundaries (1969) (292)
A coincidence — Ledge — Dislocation description of grain boundaries (1968) (266)
High-angle grain boundaries (1972) (225)
The direction of growth of the surface of a crystal in contact with its melt (1975) (141)
KINETICS OF SOLIDIFICATION (1956) (136)
Computer Calculations of the Structure and Energy of High‐Angle Grain Boundaries (1971) (129)
The plastic deformation of bicrystals of f.c.c. metals (1961) (123)
THE ENERGETICS OF NUCLEATION (1965) (101)
Plastic microstrain in silicon-iron (1961) (92)
The resistivity of polycrystalline wires in relation to plastic deformation, and the mechanism of plastic flow (1932) (90)
Progress in Materials Science, Vol. 13 (1972) (88)
Freezing of Liquids in Porous Media with Special Reference to Frost Heave in Soils (1958) (87)
FURTHER OBSERVATIONS ON DENDRITIC GROWTH IN METALS (1952) (81)
Rate of Growth of Ice Crystals in Supercooled Water (1957) (79)
THE MACROMOSAIC STRUCTURE OF TIN SINGLE CRYSTALS (1951) (77)
Edge-defined, film-fed crystal growth (1972) (73)
THE PREPARATION OF SINGLE CRYSTALS AND BICRYSTALS BY THE CONTROLLED SOLIDIFICATION OF MOLTEN METALS (1953) (71)
Eutectic solidification in metals. (1951) (67)
A re-interpretation of the ‘coincidence model’ for grain boundaries (1971) (66)
The growth of shaped crystals from the melt (1980) (64)
How Water Freezes (1959) (60)
Dislocation structure and contrast in high angle grain boundaries (1971) (59)
The edge-defined film-fed growth of controlled shape crystals (1977) (52)
The twinning of single crystals of tin (1935) (51)
The structure and mechanical properties of metals (1951) (51)
THE TOPOGRAPHY OF SOLID–LIQUID INTERFACES OF METAL CRYSTALS GROWING FROM THE MELT (1955) (49)
Growth of controlled profile crystals from the melt: Part III — Theory (1971) (48)
DENDRITIC GROWTH IN LEAD (1951) (47)
INTERNAL FRICTION IN TITANIUM AND TITANIUM-OXYGEN ALLOYS (1954) (47)
Frost heave in soils (1966) (41)
FURTHER OBSERVATIONS ON THE MACROMOSAIC STRUCTURE OF TIN SINGLE CRYSTALS (1952) (37)
Micro-Plasticity in Crystals of Tin (1936) (37)
Origin of the equiaxed zone in small ingots (1968) (37)
Surface energy and structure of crystal boundaries in metals (1950) (36)
Structure of symmetric tilt boundaries in F. C. C. metals (1970) (36)
Mechanical deformation of aluminium bicrystals (1954) (35)
Plastic deformation influence on stress generated during silicon sheet growth at high speeds (1983) (34)
The specific energy of crystal boundaries in tin (1950) (32)
The Influence of the Difference of Orientation of Two Crystals on the Mechanical Effect of Their Boundary (1937) (31)
NEW SEGREGATION PHENOMENA IN METALS (1951) (30)
Energy of a wall of extended dislocations (1963) (30)
The physical examination of metals (1960) (29)
Growth Rate of Ice Dendrites in Aqueous Solutions (1966) (28)
Grain Boundaries in Germanium (1960) (27)
THE INFLUENCE OF IMPURITIES ON THE MACROMOSAIC STRUCTURES OF TIN AND LEAD (1957) (25)
CONTROL OF LINEAGE STRUCTURE IN ALUMINUM CRYSTALS GROWN FROM THE MELT (1958) (24)
High speed growth of sheet crystals (1984) (23)
Some crystal-boundary phenomena in metals (1949) (23)
Slip planes and the energy of dislocations (1952) (21)
The entropy of a coincidence-related grain boundary (1972) (20)
Structure of crystal boundaries (1952) (19)
Crystal boundaries in tin (1940) (18)
Melt-interface mechanism for generation of silicon carbide microdefects in silicon (1986) (17)
The photovoltaic generation of electricity (1976) (17)
ENERGIES OF GRAIN BOUNDARIES IN SILVER CHLORIDE CRYSTALS (1958) (16)
SELF-DIFFUSION AT SILVER SURFACES (1952) (16)
Crystal Multiplication without Nucleation (1965) (15)
The preparation of high melting point metal single crystals and bicrystals with pre-determined crystallographic orientation (1951) (14)
A study of the plastic deformation of copper single crystals (1954) (13)
Grip effects in the deformation of single crystals (1958) (13)
Effect of orientation on the plastic deformation of aluminum single crystals and bicrystals (1957) (13)
Morphology of Ice Dendrites (1966) (13)
Effects of transverse temperature field nonuniformity on stress in silicon sheet growth (1987) (12)
Electrical Phenomenon Occurring during Freezing of Dilute Aqueous Solutions (1967) (12)
Melting and Freezing (1954) (12)
EXPERIMENTAL AND THEORETICAL STUDIES OF THE MECHANISM OF FROST HEAVING (1970) (11)
Dislocations in Real Crystals (1951) (10)
Comparative Surface Hardening Effects of Edge and Screw Dislocations in Aluminum Single Crystals (1962) (9)
Age of the Universe (1935) (9)
Mechanical twinning of indium (1952) (9)
The self-perpetuating step in crystal growth from the melt (1952) (9)
PLASTIC DEFORMATION OF ORIENTED GOLD CRYSTALS (1963) (8)
Transient solute effects in shaped crystal growth of silicon (1987) (8)
Secondary slip in copper single crystals (1968) (8)
STUDY OF ICE FORMATION IN SOILS (1956) (7)
SOME OBSERVATIONS OF SURFACE PHENOMENA APPEARING ON LEAD SINGLE CRYSTALS (1955) (7)
The Cry of Tin (1932) (7)
XXXVII. The expanding universe—an alternative view (1935) (6)
Mechanical twinning in white tin (1950) (6)
Multiple slip in bicrystals (1958) (5)
Surface tension and viscosity phenomena in tinplate manufacture (1937) (5)
Is there a speed limit (1984) (4)
An interference extensometer and some observations on the elasticity of lead (1935) (4)
A note on the “relaxed coincidence” model for grain boundaries (1972) (4)
C.The specific resistance and the temperature variation of resistance of tin crystals (1938) (4)
Continuous silicon solar cells (1974) (4)
Non-Parallelism of Lattice Planes in Tin Coatings on Steel (1940) (3)
Nucleation of Lead with Preferred Orientation (1955) (3)
Grain-boundary segregation (1957) (3)
Elutriation Particle Separator (1965) (3)
THE EFFECTS OF GRAIN BOUNDARIES ON THE PLASTIC DEFORMATION OF ZINC CRYSTALS (1957) (3)
SIZE EFFECTS IN THE DEFORMATION OF ALUMINUM (1958) (2)
The non-destructive testing of metallic components (1944) (2)
Striations in tin coatings on copper (1935) (2)
Progress in materials science (1961) (2)
Estimation of the thickness of tin-coatings on steel by a magnetic method (1937) (2)
INFLUENCE OF STRIATIONS ON THE PLASTIC DEFORMATION OF SINGLE CRYSTALS OF TIN (1953) (2)
Dislocations and Plastic Flow in Crystals. Dislocations in Crystals (1954) (2)
Ferromagnetic Domains in Bicrystals of Nickel (1951) (2)
Structure of metals. By Charles S. Barrett: Second edition. New York: McGraw-Hill Book Company. 1952. Pp. xvi + 661 (1953) (1)
Metals reference book: Edited by C. J. Smithells. Second edition, 1955. Butterworths Scientific Publications, London; Interscience Publishers Inc., New York. 2 volumes; Price: £8 8s; $25 (1956) (1)
Sources of secondary dislocations in plastic deformation (1968) (1)
Some comments on the structure of high angle grain boundaries (1974) (1)
Kinetic friction in or near the boundary region - I. Apparatus and experimental methods (1946) (1)
LXVIII. A geometrical method of determining the crystal axes of single crystal wires (1932) (1)
Crystal Shape Stability in Meniscus-Controlled Growth Processes (1986) (1)
Metal data: by S. L. Hoyt. Second edition. New York: Reinhold Publishing Corporation. 1952. Pp. xiv + 526 (1953) (1)
Erratum: Nucleation of Lead with Preferred Orientation (1955) (1)
Characteristics of successful planting material (1995) (0)
Continuous silicon solar cells. Quarterly progress report No. 3, 1 July--30 September 1974 (1974) (0)
Stress Corrosion in Relation to Aircraft Components (1945) (0)
RANN utilization experience. Case study No. 13. Continuous fabrication of solar cells (1975) (0)
A Magnetic Instrument for Measuring the Local Thickness of Coatings (1938) (0)
The mechanical effects of inter-crystalline boundaries (1940) (0)
Continuous silicon solar cells. Annual progress report covering the period October 1, 1973 to December 31, 1973 (1974) (0)
Metallurgy and metallography of pure metals (1962) (0)
Continuous silicon solar cells. Final report, 1 Apr 1973--28 Feb 1975 (1975) (0)
The structure and properties of solids : an introduction to materials science (1982) (0)
Asymmetric Die Grows Purer Silicon Ribbon (1983) (0)
Book Review: Electricity and Magnetism (1964) (0)
Continuous silicon solar cells. Third quarter progress report, July 1, 1974--September 30, 1974 (1974) (0)
A method for pulling a kristallkoerpers from a melt, in particular for the production of solar cells, as well as capillary die part here for (1980) (0)
Continuous silicon solar cells. Quarterly progress report No. 1, 1 Jan-31 Mar 1974 (1974) (0)
Metallography: a New Technique (1938) (0)
Continuous silicon solar cells. Semiannual progress report, 1 April--30 September 1973 (1973) (0)

This paper list is powered by the following services:

Other Resources About Bruce Chalmers

en.wikipedia.org

What Schools Are Affiliated With Bruce Chalmers?

Bruce Chalmers is affiliated with the following schools:

Bruce Chalmers's Academic­Influence.com Rankings