Add to ORKGInfrared (IR) spectroscopy can provide information about details of the atomic structure, lattice dynamics and the chemistry of mineral phases that may not be readily obtained from other analytical techniques. IR spectra originate in transitions between vibrational energy levels of vibrating atomic groups and they are observed as absorptio
Near- and mid-infrared spectral studies of minerals are reviewed. Single-crystal anisotropy measurem...
Zagami, a well characterized SNC meteorite, represents a reference sample to verify the feasibility ...
Infrared spectroscopy (IR) is a highly effective method for the analysis of minerals, rocks and ores...
Infrared absorption by a mineral arises from the vibrations of its constituent a oms, and the freque...
Abstract--A new model for the interpretation of dioctahedral mica infrared (IR) spectra in the OH st...
S U M MARY. Comparison of the infrared spectra (4oo0-50 cm-1) of natural and synthetic samples of ma...
lnfrared spectra of synthetic potassic dioctahedral micas (muscovite-celadonite) indicate that order...
Bhatnagar Vijay Mohan. Infrared spectra of mineral apatites. In: Bulletin de la Société française de...
Abstract--A large and representative collection of clay-size dioctahedral mica minerals differing in...
Both vibrational spectroscopy methods, Raman and infrared (IR), have proved a useful tool for finger...
Bhatnagar Vijay Mohan. Infrared spectra of mineral apatites. In: Bulletin de la Société française de...
Fe-rich trioctahedral micas hydrothermally synthesized are characterized by infrared spectroscopy, t...
This chapter is concerned with spectroscopic studies of micas which address the origin of their col...
This chapter is concerned with spectroscopic studies of micas which address the origin of their col...
This chapter is concerned with spectroscopic studies of micas which address the origin of their col...
Near- and mid-infrared spectral studies of minerals are reviewed. Single-crystal anisotropy measurem...
Zagami, a well characterized SNC meteorite, represents a reference sample to verify the feasibility ...
Infrared spectroscopy (IR) is a highly effective method for the analysis of minerals, rocks and ores...
Infrared absorption by a mineral arises from the vibrations of its constituent a oms, and the freque...
Abstract--A new model for the interpretation of dioctahedral mica infrared (IR) spectra in the OH st...
S U M MARY. Comparison of the infrared spectra (4oo0-50 cm-1) of natural and synthetic samples of ma...
lnfrared spectra of synthetic potassic dioctahedral micas (muscovite-celadonite) indicate that order...
Bhatnagar Vijay Mohan. Infrared spectra of mineral apatites. In: Bulletin de la Société française de...
Abstract--A large and representative collection of clay-size dioctahedral mica minerals differing in...
Both vibrational spectroscopy methods, Raman and infrared (IR), have proved a useful tool for finger...
Bhatnagar Vijay Mohan. Infrared spectra of mineral apatites. In: Bulletin de la Société française de...
Fe-rich trioctahedral micas hydrothermally synthesized are characterized by infrared spectroscopy, t...
This chapter is concerned with spectroscopic studies of micas which address the origin of their col...
This chapter is concerned with spectroscopic studies of micas which address the origin of their col...
This chapter is concerned with spectroscopic studies of micas which address the origin of their col...
Near- and mid-infrared spectral studies of minerals are reviewed. Single-crystal anisotropy measurem...
Zagami, a well characterized SNC meteorite, represents a reference sample to verify the feasibility ...
Infrared spectroscopy (IR) is a highly effective method for the analysis of minerals, rocks and ores...