Peter Thrower

Q: What Schools Are Affiliated With Peter Thrower

Peter Thrower is affiliated with the following schools: University of California, Berkeley, Pennsylvania State University, Stanford University, University of Cambridge

Peter Thrower's AcademicInfluence.com Rankings

Peter Thrower

Engineering

#2486

World Rank

#3409

Historical Rank

Materials Science

#116

World Rank

#118

Historical Rank

engineering Degrees

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Engineering

Peter Thrower's Degrees

Bachelors Materials Science and Engineering University of California, Berkeley
Masters Materials Science and Engineering Stanford University

Why Is Peter Thrower Influential?

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According to Wikipedia, Peter Thrower is a professor emeritus of materials science and engineering at Pennsylvania State University, and a former editor-in-chief of the scientific journal Carbon, a post he has held between 1982 and 2013. A special issue of Carbon was published in his honor in August 2012. He also edited the review journal Chemistry and Physics of Carbon from 1973 to 1998. He is a specialist on carbon in all its forms.

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Peter Thrower'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

On the mechanism of possible influence of heteroatoms of nitrogen, boron and phosphorus in a carbon matrix on the catalytic activity of carbons in electron transfer reactions (2000) (405)
Point defects and self‐diffusion in graphite (1978) (248)
Influence of boron on carbon fiber microstructure, physical properties, and oxidation behavior (1991) (178)
The role of substitutional boron in carbon oxidation: Inhibitor and catalyst! (1996) (137)
Characterization of Ni/TiO2 catalysts by TEM, X-ray diffraction, and chemisorption techniques (1981) (127)
Chemistry and Physics of Carbon (2021) (78)
The nucleation of radiation damage in graphite (1965) (68)
Introduction to carbon technologies (1998) (66)
An investigation of vapor deposited boron rich carbon – a novel graphite-like material – part I: the structure of BCx (C6B) thin films (1999) (63)
Novel forms of carbon (1993) (58)
The formation and oxidation of BC3, a new graphitelike material (1993) (49)
Growth of filamentary carbon on metallic surfaces during the pyrolysis of methane and acetone (1973) (46)
Kinetic studies of the oxidation of highly oriented pyrolytic graphite (1972) (44)
Reactivity and related microstructure of 3d carbon/carbon composites (1986) (43)
MICROSTRUCTURAL CHANGES IN NEUTRON-IRRADIATED GRAPHITE (1963) (40)
On the oxidation resistance of carbon-carbon composites: Importance of fiber structure for composite reactivity (1995) (37)
Interstitial and vacancy loops in graphite irradiated at high temperatures (1964) (35)
The influence of oxidation on the structure and strength of graphite-I: Materials of different structure (1982) (32)
Clinical response to therapy with thymopoietin pentapeptide (TP-5) in rheumatoid arthritis (1982) (32)
Microscopic studies of oxidized highly oriented pyrolytic graphites (1972) (24)
The influence of crystal perfection on defect nucleation in graphite irradiated at high temperatures (1968) (23)
The influence of oxidation on the structure and strength of graphite—II: Materials of different impurity content (1982) (22)
On the oxidation resistance of carbon-carbon composites obtained by chemical vapor infiltration of different carbon cloths (1992) (22)
The influence of structure on substitutional doping: SIMS analysis of boron doped pyrolytic graphites (1990) (20)
Thymopoietin in rheumatoid arthritis. (1982) (20)
Impurity nucleation of irradiation damage in graphite (1964) (19)
Letter to the editorThe importance of strain in crystallite size determinations in graphite (1973) (18)
Recent carbon technology: T. Ishikawa and T. Nagaoki (english editor: I. C. Lewis) JEC press, p.o. box 35241 Cleaveland, OH 44135. ($55 plus shipping) (1984) (17)
Effects of the substrate on deposit structure and reactivity in the chemical vapor deposition of carbon (1998) (16)
THE FLUX-LEVEL EFFECT IN RADIATION DAMAGE IN GRAPHITE (1963) (15)
Thermal annealing studies of irradiation defects in graphite and the self-diffusion mechanism (1968) (15)
On the oxidation resistance of C/C composites obtained by liquid-phase impregnation/ carbonization of different carbon cloths (1993) (14)
Aggregation and Dispersal of Radiation Damage in Graphite (1961) (12)
Enhanced nucleation of radiation damage in graphite (1964) (11)
Oxidation of compression annealed pyrolytic graphites (1975) (11)
INTERSTITIAL LOOPS IN GRAPHITE, THEIR MOTION AND THEIR EFFECT ON ELASTIC MODULUS. (1967) (10)
Observations of {212} 〈110〉 slip system in face centered cubic austenitic stainless steel (1976) (9)
The structure of reactor graphites and its relation to high temperature irradiation dimensional stability (1971) (8)
The burgers vector of dislocation loops in graphite (1967) (8)
156. Interstitial atom energies in graphite (1969) (8)
Writing a Scientific Paper: I. Titles and Abstracts (2007) (7)
Bulk graphite nozzle recession—an analysis based on the carbon-steam reaction (1986) (7)
Chemistry and physics of carbon. Volume 8 (1973) (6)
Chemistry & Physics of Carbon : Volume 25 (1996) (6)
Writing a scientific paper: IV. Results and discussion (2010) (5)
20th biennial conference on carbon : The university of California at Santa Barbara June 23–28, 1991 (1991) (5)
The interaction between dislocation loops and straight dislocations in an anisotropic material, graphite (1967) (5)
Writing a scientific paper: II. Introduction and references (2008) (5)
Materials in today's world (1996) (4)
Effects of thermally-induced changes of Cu grains on domain structure and electrical performance of CVD-grown graphene. (2016) (4)
The anisotropy of pyrolytic graphite (1973) (4)
Writing a scientific paper: III. Experimental (2008) (4)
Irradiation damage to pyrolytic graphites at very high temperatures (1973) (4)
Observation of a Frank-Read dislocation source in a grain boundary (1977) (3)
55. Vacancy and interstitial loops in graphite produced by high temperature irradiation and annealing (1968) (3)
106. The application of electron microscopy techniques to an understanding of radiation damage in graphite (Plenary Lecture) (1969) (3)
Transient rates in the reaction of CO2 with highly oriented Pyrolytic graphite (1975) (3)
Writing a scientific paper V – Language (2011) (2)
An investigation of stress effects on graphite oxidation (1983) (2)
Growth of nanocarbons by catalysis and their applications (2017) (2)
Comments on the paper on the ‘diffusion mechanism in graphite’☆ (1969) (2)
World of Carbon, Vol. 1. “Graphite and Precursors” (2001) (2)
Thymopoietin and levamisole in chronic granulomatous inflammation (1983) (2)
Oxidation of graphite under compressive stress (1977) (2)
Coke formation on metal surfaces: Edited by L. F. Albright and R. T. K. Baker. American chemical society symposium series, no. 202. American chemical society, 1155 16th st. N.W., Washington, D.C. 20036. ($38.95 U.S. & Canada, $46.95 export) (1984) (1)
249. Microscopic studies of carbon composites (1984) (1)
Important notes for contributors (2000) (1)
SUMMARY REPORT FOR RESEARCH ON GRAPHITE, APRIL 1, 1970--MARCH 31, 1971. (1970) (1)
24. The Pyrolysis of propylene over graphite substrates (1973) (1)
Awards and prizes (2011) (1)
Second international conference on carbon black (1994) (1)
Influence of pH on the in vitro activity of prostacyclin on human lymphocyte cyclic AMP production (1981) (1)
Mildred S. Dresselhaus (1930 – 2017) – A Tribute from the Carbon Journal (2017) (1)
Studies of mechanical properties and irradiation damage nucleation of HTGR graphites. Progress report, June 1, 1975--January 31, 1976 (1976) (0)
Pitch‐Based Fibers (2007) (0)
Effect of oxidation on the compressive strength of graphite (1977) (0)
Concise Encyclopedia of Composite Materials (1990) (0)
Cellulose (Rayon)‐Based Fibers (2007) (0)
A New Approach Toward the Understanding of Oxidation of Carbon/Carbon Composites (1996) (0)
Preparation of Carbons and Graphites (2007) (0)
Scanning electron microscopy: Vol. 1. Edited by Om Johari. Pp. 782. IIT Research Institute, Chicago, Illinois 60616, 1976. Price $28.00 (1976) (0)
Douglas W. McKee (1930–2021) (2022) (0)
Brian McEnaney (1936–2018) – An appreciation (2019) (0)
1 MOLECULAR STRUCTURE AND THERMO-OXIDIZING STABILITY OF CARBON MATERIALS CONTAINING BORON AND NITROGEN HETEROATOMS (2001) (0)
The Structure and Oxidation Behavior of the Novel Compound , BC (1997) (0)
Writing a scientific paper VI – More Language (2022) (0)
Point Defects and Self-Diffusion in Graphite (1978) (0)
Structure of defects in graphites irradiated at 1000 and 1500$sup 0$C. (1973) (0)
21. Graphitization, boronation and diffusion☆ (1973) (0)
Vapor‐Grown Fibers (2007) (0)
TEM studies of graphite irradiated at different neutron energies (1979) (0)
75. A theoretical investigation of possible stress effects on graphite oxidation (1984) (0)
Book Reviews: Advances in Immunopharmacology. Edited by J. Hadden, L. Chedid, P. Mullen and F. Spreafico. Pergamon Press, Oxford, 1981, 517 pp (1981) (0)
Self-diffusion in graphite (1972) (0)
Annealing of neutron damage in graphite irradiated and stored at room temperature (1979) (0)
Studies of mechanical properties and irradiation damage nucleation of HTGR graphites. Progress report, February 1, 1978--March 31, 1979. [Neutrons] (1979) (0)
Defects in graphite crystals irradiated at high temperatures (1972) (0)
The use of thymopoietin as an anti-inflammatory agent (Abstract) (1980) (0)
Carbon–Carbon Composites (2007) (0)
Bacon anisotropy factor of pyrolytic graphite. (1973) (0)
The effect of nickel surface oxide on the chemical vapor deposition of carbon from propylene at 800°C☆ (1975) (0)
161. Graphite use in steel powder metallurgy (1982) (0)
Electron petrography of Apollo sample 14310. (1972) (0)
Book ReviewCarbon Science and Technology – From Energy to Materials, by Pierre Delhaes. ISTE Ltd. and John Wiley and Sons, Inc. 2012, 193pp (£63.50). (2013) (0)
Studies of mechanical properties and irradiation damage nucleation of HTGR graphites. Progress report, February 1, 1976--January 31, 1977. [2020 and H440 graphites] (1977) (0)
Pan‐Based Fibers (2007) (0)
76. The interstitial mechanism of diffusion (1973) (0)
RESEARCH ON GRAPHITE. Final Report for Work Completed During the Period 1954 to 1972. (1972) (0)
Abstract Papers presented at the eleventh conference on carbon Gatlinburg, Tennessee 4 June-8 June 1973165. Irradiation damage to graphite at 1475°C☆ (1973) (0)
CHARACTERIZATION OF NICKEL/TITANIA CATALYSTS BY TEM, X-RAY DIFFRACTION, AND CHEMISORPTION TECHNIQUES (1981) (0)
A tribute to Francisco (Paco) Rodríguez-Reinoso (1941–2020) (2020) (0)
Basic solutions to carbon/carbon oxidation: Science and technology. Final report, 15 April 1993--14 April 1998 (1998) (0)
102. Enhanced nucleation of radiation damage in graphite (1964) (0)
Mixing and Forming (2007) (0)
Basic solutions to carbon/carbon oxidation: Science and technology. Annual technical report, 15 April 1993-14 April 1994 (1994) (0)

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What Schools Are Affiliated With Peter Thrower?

Peter Thrower is affiliated with the following schools:

Peter Thrower's Academic­Influence.com Rankings