The predictions of the theory of light propagation in weakly absorbing anisotropic minerals are tested against systematic measurements of the infrared absorbance spectra of calcite, olivine, and topaz oriented in both principal and random sections, usin
Using IR absorption data from polarized measurements on single-crystal minerals with stoichiometric ...
Although visible and near-infrared reflectance spectra contain absorption bands that are characteris...
Examples of reflectance spectra are presented and discussed for various mineral groups including pyr...
We address the problem of unpolarized light spectroscopy of geological materials. Using infrared rad...
The accurate measurement of absorbance (A=-log T; T=I/I_0) in anisotropic materials like crystals is...
Use of infrared spectroscopy as an accurate, quantitative method to measure concentrations of hydrou...
Analysis of minerals using the infrared microprobe is possible due to recent advances in instrumenta...
The a-, a- and n-spectra of quartz in the IR regions were measured under FTIR spectroscopy, and over...
Optical spectroscopy is concerned with the measurement of the absorption, reflection and emission of...
All minerals have regions of strong absorption of electromagnetic radiation in the ultraviolet, vis...
A computer program has been developed which allows a refinement of reflectance measurements on polis...
Polarized infrared reflectance of large single crystals of forsterite was measured for each crystal...
Infrared absorption spectra of dickite, kaolinite, halloysite, allophane, montmorillonite, illite, p...
[1] Microspectroscopy is a potentially useful tool for planetary applications, as individual mineral...
The study of weathering and erosion processes requires the establishment of a mass balance of minera...
Using IR absorption data from polarized measurements on single-crystal minerals with stoichiometric ...
Although visible and near-infrared reflectance spectra contain absorption bands that are characteris...
Examples of reflectance spectra are presented and discussed for various mineral groups including pyr...
We address the problem of unpolarized light spectroscopy of geological materials. Using infrared rad...
The accurate measurement of absorbance (A=-log T; T=I/I_0) in anisotropic materials like crystals is...
Use of infrared spectroscopy as an accurate, quantitative method to measure concentrations of hydrou...
Analysis of minerals using the infrared microprobe is possible due to recent advances in instrumenta...
The a-, a- and n-spectra of quartz in the IR regions were measured under FTIR spectroscopy, and over...
Optical spectroscopy is concerned with the measurement of the absorption, reflection and emission of...
All minerals have regions of strong absorption of electromagnetic radiation in the ultraviolet, vis...
A computer program has been developed which allows a refinement of reflectance measurements on polis...
Polarized infrared reflectance of large single crystals of forsterite was measured for each crystal...
Infrared absorption spectra of dickite, kaolinite, halloysite, allophane, montmorillonite, illite, p...
[1] Microspectroscopy is a potentially useful tool for planetary applications, as individual mineral...
The study of weathering and erosion processes requires the establishment of a mass balance of minera...
Using IR absorption data from polarized measurements on single-crystal minerals with stoichiometric ...
Although visible and near-infrared reflectance spectra contain absorption bands that are characteris...
Examples of reflectance spectra are presented and discussed for various mineral groups including pyr...