Crystal standard/metal disc method for the measurement of low-temperature resonance raman-spectra in the solid-state

C.R. Bartholomew, A.A. McConnell, W.E. Smith

Research output: Contribution to journalArticle

2 Citations (Scopus)

Abstract

Mounting a sodium nitrate crystal on the surface of a disc made by compacting silver powder and the material to be studied enables Raman spectra of compounds such as zinc and nickel phthalocyanine to be measured in such a way that relative peak inteasities in any one disc can be quantified using the nitrate as a standard. It is a good method for the measurement of low-temperature spectra of resonant compounds and for the measurement of temperature dependence.
LanguageEnglish
Pages277-279
Number of pages2
JournalJournal of Raman Spectroscopy
Volume18
Issue number4
DOIs
Publication statusPublished - Jun 1987

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Raman scattering
Nitrates
Metals
Crystals
Nickel
Mountings
Silver
Powders
Zinc
Sodium
Temperature
phthalocyanine
sodium nitrate

Keywords

  • crystal
  • measurement
  • low-temperature resonance
  • raman-spectra
  • solid-state

Cite this

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abstract = "Mounting a sodium nitrate crystal on the surface of a disc made by compacting silver powder and the material to be studied enables Raman spectra of compounds such as zinc and nickel phthalocyanine to be measured in such a way that relative peak inteasities in any one disc can be quantified using the nitrate as a standard. It is a good method for the measurement of low-temperature spectra of resonant compounds and for the measurement of temperature dependence.",
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AU - McConnell, A.A.

AU - Smith, W.E.

PY - 1987/6

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AB - Mounting a sodium nitrate crystal on the surface of a disc made by compacting silver powder and the material to be studied enables Raman spectra of compounds such as zinc and nickel phthalocyanine to be measured in such a way that relative peak inteasities in any one disc can be quantified using the nitrate as a standard. It is a good method for the measurement of low-temperature spectra of resonant compounds and for the measurement of temperature dependence.

KW - crystal

KW - measurement

KW - low-temperature resonance

KW - raman-spectra

KW - solid-state

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