Distinguishing natural from synthetic amethyst: the presence and shape of the 3595 cm−1 peak
S Karampelas, E Fritsch, T Zorba… - Mineralogy and …, 2005 - Springer
The infrared absorption spectrum of amethyst in the region of stretching vibrations of X–OH
groups reveals several bands that have been used for the separation of natural from …
groups reveals several bands that have been used for the separation of natural from …
Distinguishing natural from synthetic amethyst: the presence and shape of the 3595 cm− 1 peak
S Karampelas, E Fritsch, T Zorba… - Mineralogy and …, 2005 - infona.pl
The infrared absorption spectrum of amethyst in the region of stretching vibrations of X–OH
groups reveals several bands that have been used for the separation of natural from …
groups reveals several bands that have been used for the separation of natural from …
[PDF][PDF] Distinguishing natural from synthetic amethyst: the presence and shape of the 3595 cm21 peak
S Karampelas, E Fritsch, T Zorba… - Mineralogy and …, 2005 - academia.edu
The infrared absorption spectrum of amethyst in the region of stretching vibrations of X–OH
groups reveals several bands that have been used for the separation of natural from …
groups reveals several bands that have been used for the separation of natural from …
Distinguishing natural from synthetic amethyst: the presence and shape of the 3595 cm−1 peak.
S Karampelas, E Fritsch, T Zorba… - Mineralogy & …, 2005 - search.ebscohost.com
The infrared absorption spectrum of amethyst in the region of stretching vibrations of X–OH
groups reveals several bands that have been used for the separation of natural from …
groups reveals several bands that have been used for the separation of natural from …
Distinguishing natural from synthetic amethyst: the presence and shape of the 3595 cm-1 peak
S Karampelas, E Fritsch, T Zorba… - Mineralogy and …, 2005 - search.proquest.com
The infrared absorption spectrum of amethyst in the region of stretching vibrations of X-OH
groups reveals several bands that have been used for the separation of natural from …
groups reveals several bands that have been used for the separation of natural from …
Distinguishing natural from synthetic amethyst: the presence and shape of the 3595 cm-1 peak
S Karampelas, E Fritsch, T Zorba… - Mineralogy and …, 2005 - ui.adsabs.harvard.edu
The infrared absorption spectrum of amethyst in the region of stretching vibrations of X OH
groups reveals several bands that have been used for the separation of natural from …
groups reveals several bands that have been used for the separation of natural from …
DISTINGUISHING NATURAL FROM SYNTHETIC AMETHYST: THE PRESENCE AND SHAPE OF THE 3595 CM-1 PEAK
S Karampelas, S Sklavounos, E Fritsch, T Zorba… - 2005 - repository.geologyscience.ru
The infrared absorption spectrum of amethyst in the region of stretching vibrations of X–OH
groups reveals several bands that have been used for the separation of natural from …
groups reveals several bands that have been used for the separation of natural from …
Distinguishing natural from synthetic amethyst: The presence and shape of the 3595 cm-1 peak
S Karampelas, K Paraskevopoulos, T Zormpa… - 2005 - ikee.lib.auth.gr
The infrared absorption spectrum of amethyst in the region of stretching vibrations of X-OH
groups reveals several bands that have been used for the separation of natural from …
groups reveals several bands that have been used for the separation of natural from …
[PDF][PDF] Distinguishing natural from synthetic amethyst: the presence and shape of the 3595 cm21 peak
S Karampelas, E Fritsch, T Zorba… - Mineralogy and …, 2005 - academia.edu
The infrared absorption spectrum of amethyst in the region of stretching vibrations of X–OH
groups reveals several bands that have been used for the separation of natural from …
groups reveals several bands that have been used for the separation of natural from …