ANTICORRELATION OF SHUBNIKOV-DEHAAS AMPLITUDES AND NEGATIVE MAGNETORESISTANCE MAGNITUDES IN INTERCALATED GRAPHITE FIBERS.

John A. Woollam, V. Natarajan, Bruce Brandt

Research output: Contribution to journalConference article

Abstract

Pitch based carbon fibers when annealed to high temperatures and then intercalated are of potential interest for electrical conductors. They are graphitizable, low cost, and mass producible. The P100 Union Carbide fibers are one example. P100 fibers were annealed to greater than 3000 degree C and then intercalated with CuCl//2 and with bromine. The magnetoresistances in fields to 20 Tesla at various temperatures were measured in an attempt to characterize the electronic properties of these intercalated fibers. This paper reports on measurements of the simultaneously present Shubnikov-deHaas and negative magnetoresistance effects in intercalated fibers.

Original languageEnglish (US)
Pages (from-to)71-72
Number of pages2
JournalExtended Abstracts and Program - Biennial Conference on Carbon
StatePublished - Dec 1 1985

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Graphite fibers
Magnetoresistance
Fibers
Bromine
Electronic properties
Carbon fibers
Carbides
Temperature
Costs

ASJC Scopus subject areas

  • Engineering(all)

Cite this

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title = "ANTICORRELATION OF SHUBNIKOV-DEHAAS AMPLITUDES AND NEGATIVE MAGNETORESISTANCE MAGNITUDES IN INTERCALATED GRAPHITE FIBERS.",
abstract = "Pitch based carbon fibers when annealed to high temperatures and then intercalated are of potential interest for electrical conductors. They are graphitizable, low cost, and mass producible. The P100 Union Carbide fibers are one example. P100 fibers were annealed to greater than 3000 degree C and then intercalated with CuCl//2 and with bromine. The magnetoresistances in fields to 20 Tesla at various temperatures were measured in an attempt to characterize the electronic properties of these intercalated fibers. This paper reports on measurements of the simultaneously present Shubnikov-deHaas and negative magnetoresistance effects in intercalated fibers.",
author = "Woollam, {John A.} and V. Natarajan and Bruce Brandt",
year = "1985",
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language = "English (US)",
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T1 - ANTICORRELATION OF SHUBNIKOV-DEHAAS AMPLITUDES AND NEGATIVE MAGNETORESISTANCE MAGNITUDES IN INTERCALATED GRAPHITE FIBERS.

AU - Woollam, John A.

AU - Natarajan, V.

AU - Brandt, Bruce

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Y1 - 1985/12/1

N2 - Pitch based carbon fibers when annealed to high temperatures and then intercalated are of potential interest for electrical conductors. They are graphitizable, low cost, and mass producible. The P100 Union Carbide fibers are one example. P100 fibers were annealed to greater than 3000 degree C and then intercalated with CuCl//2 and with bromine. The magnetoresistances in fields to 20 Tesla at various temperatures were measured in an attempt to characterize the electronic properties of these intercalated fibers. This paper reports on measurements of the simultaneously present Shubnikov-deHaas and negative magnetoresistance effects in intercalated fibers.

AB - Pitch based carbon fibers when annealed to high temperatures and then intercalated are of potential interest for electrical conductors. They are graphitizable, low cost, and mass producible. The P100 Union Carbide fibers are one example. P100 fibers were annealed to greater than 3000 degree C and then intercalated with CuCl//2 and with bromine. The magnetoresistances in fields to 20 Tesla at various temperatures were measured in an attempt to characterize the electronic properties of these intercalated fibers. This paper reports on measurements of the simultaneously present Shubnikov-deHaas and negative magnetoresistance effects in intercalated fibers.

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JO - Extended Abstracts and Program - Biennial Conference on Carbon

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