Investigations on evaporation phenomena in the plastic bonded electrodes used in emission spectroscopy by radioisotopic labelling

Laszlo Prokai, J. Tóth

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Abstract

51Cr tracer was used to study the evaporation of chromium during excitation. The evaporation rate vs. time relationships and the isotope distribution in the carrier electrodes were investigated using different electrodes /graphite and carbon/ in the arc excitation of the non-conducting material mixed with the appropriate conducting material /graphite or carbon/. The mechanism of the transport was elucidated.

Original languageEnglish
Pages (from-to)231-238
Number of pages8
JournalJournal of Radioanalytical and Nuclear Chemistry Letters
Volume87
Issue number4
DOIs
StatePublished - 1 Oct 1984

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Graphite
Emission spectroscopy
Labeling
Plastics
Spectrum Analysis
Electrodes
Evaporation
Carbon
Graphite electrodes
Chromium
Isotopes

Cite this

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title = "Investigations on evaporation phenomena in the plastic bonded electrodes used in emission spectroscopy by radioisotopic labelling",
abstract = "51Cr tracer was used to study the evaporation of chromium during excitation. The evaporation rate vs. time relationships and the isotope distribution in the carrier electrodes were investigated using different electrodes /graphite and carbon/ in the arc excitation of the non-conducting material mixed with the appropriate conducting material /graphite or carbon/. The mechanism of the transport was elucidated.",
author = "Laszlo Prokai and J. T{\'o}th",
year = "1984",
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AU - Tóth, J.

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N2 - 51Cr tracer was used to study the evaporation of chromium during excitation. The evaporation rate vs. time relationships and the isotope distribution in the carrier electrodes were investigated using different electrodes /graphite and carbon/ in the arc excitation of the non-conducting material mixed with the appropriate conducting material /graphite or carbon/. The mechanism of the transport was elucidated.

AB - 51Cr tracer was used to study the evaporation of chromium during excitation. The evaporation rate vs. time relationships and the isotope distribution in the carrier electrodes were investigated using different electrodes /graphite and carbon/ in the arc excitation of the non-conducting material mixed with the appropriate conducting material /graphite or carbon/. The mechanism of the transport was elucidated.

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