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Pyrolytic Graphite : Part 2 Unusual Galvanomagnetic Properties of Pyrolytic Graphites

Pyrolytic Graphite : Part 2 Unusual Galvanomagnetic Properties of Pyrolytic Graphites
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Self-Assembly of Isomeric Isosceles Triangle Molecules at the Liquid-Solid Interface. [PDF]

ACS Omega
Moriya S, Sato K, Tahara K.
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Migration of Ag, Cd and Cu Into Highly Oriented Pyrolytic Graphite and Pyrolytic Coated Graphite

Spectrochimica Acta, Part B: Atomic Spectroscopy, 1995
Abstract Migration of Cd, Cu and Ag from solution deposited samples of the respective nitrates into highly oriented pyrolytic graphite (HOPG) was studied using electrothermal atomic absorption spectroscopy (ETAAS) with platform vaporization. Metal migration was verified by removing the top layers of the HOPG platform after the sample had dried and ...
James A Holcombe
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Gas Sensing Using Edge-Plane Pyrolytic-Graphite Electrodes: Electrochemical Reduction of Chlorine

Analytical and Bioanalytical Chemistry, 2005
The voltammetric responses of chlorine in aqueous acid solutions have been explored using different carbon-based electrodes. Edge-plane pyrolytic graphite has more electrochemical reversibility than glassy carbon, basal-plane pyrolytic graphite, or boron-
Richard G. Compton, Craig E Banks
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Properties of Pyrolytic Graphite

Journal of the American Ceramic Society, 1961
Pyrolytic graphite is a vapor‐deposited form of carbon which is characterized by strong anisotropic properties. The anisotropy is caused by the tendency of the individual crystallites to align themselves in such a way that their c axes are perpendicular to the surface of deposition.
J. PAPPIS, S. L. BLUM
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The anisotropy of pyrolytic graphite

Journal of Applied Crystallography, 1973
Two proposed expressions, I1(φ) = cosm φ and I2(φ) = (1 + b2 sin2 )−1, for the orientation function, I(φ), of pyrolytic graphites have been shown analytically to give quite different values for the Bacon anisotropy factor (BAF) for oriented materials. BAF values derived from the angle of half-maximum intensity using I1(φ) are within 20% of numerically ...
P. A. Thrower, D. C. Nagle, W. S. Horton
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Grüneisen parameters of pyrolytic graphites

Philosophical Magazine, 1975
Abstract Measurements of stress pulses induced in pyrolytic graphite samples by a pulsed electron beam and monitored by an optical interferometer technique are described. The method yields values of Gruneisen tensor components and longitudinal elastic wave speeds for the heated material.
D. A. Benson, W. B. Gauster
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The deposition of pyrolytic graphite

Journal de Chimie Physique, 1960
Abstract : The study of the deposition processes in pyrolytic graphite, made from the gas phase, has been largely empirical. The work presented attempts to show that the deposition is controlled by reactions in the gas phase. Experiments were performed at fast and slow rates of growth using natural, pyrolytic, and commercial graphites as substrates ...
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