fluorescent phosphorescent Terlingua-type CALCITE - San Vicente Mine, Boquillas del Carmen, Mun. de Ocampo, Coahuila, Mexico - ex Bill Mattison "Glowing Rocks" - sold
fluorescent phosphorescent Terlingua-type CALCITE - San Vicente Mine, Boquillas del Carmen, Mun. de Ocampo, Coahuila, Mexico - ex Bill Mattison "Glowing Rocks"
fluorescent phosphorescent Terlingua-type CALCITE - San Vicente Mine, Boquillas del Carmen, Mun. de Ocampo, Coahuila, Mexico - ex Bill Mattison "Glowing Rocks"
fluorescent phosphorescent Terlingua-type CALCITE - San Vicente Mine, Boquillas del Carmen, Mun. de Ocampo, Coahuila, Mexico - ex Bill Mattison "Glowing Rocks"
fluorescent phosphorescent Terlingua-type CALCITE - San Vicente Mine, Boquillas del Carmen, Mun. de Ocampo, Coahuila, Mexico - ex Bill Mattison "Glowing Rocks" - sold
fluorescent phosphorescent Terlingua-type CALCITE - San Vicente Mine, Boquillas del Carmen, Mun. de Ocampo, Coahuila, Mexico - ex Bill Mattison "Glowing Rocks"
fluorescent phosphorescent Terlingua-type CALCITE - San Vicente Mine, Boquillas del Carmen, Mun. de Ocampo, Coahuila, Mexico - ex Bill Mattison "Glowing Rocks"
fluorescent phosphorescent Terlingua-type CALCITE - San Vicente Mine, Boquillas del Carmen, Mun. de Ocampo, Coahuila, Mexico - ex Bill Mattison "Glowing Rocks"

Crystal Prospect

fluorescent phosphorescent Terlingua-type CALCITE - San Vicente Mine, Boquillas del Carmen, Mun. de Ocampo, Coahuila, Mexico - ex Bill Mattison "Glowing Rocks"
fluorescent phosphorescent Terlingua-type CALCITE - San Vicente Mine, Boquillas del Carmen, Mun. de Ocampo, Coahuila, Mexico - ex Bill Mattison "Glowing Rocks"

fluorescent phosphorescent Terlingua-type CALCITE - Boquillas, Coahuila, Mexico

Pink LW and violet-blue SW fluorescing Terlingua-type Calcite, with blue phosphorescence after SW irradiation.

from San Vicente Mine, Boquillas del Carmen, Mun. de Ocampo, Coahuila, Mexico

Measures approximately 2.25 x 2 x 1.5 inch, 7.54 oz / 57 x 51 x 38 mm, 214g

ex Bill Mattison "Glowing Rocks"

Item # A0781214

SOLD

To show the fluorescent response the specimen was illuminated using 6 watt 254nm (Short Wave) / 366nm (Long Wave) UVGL-58 lamp (you need a proper UV light source to observe the fluorescence, more powerful lamp = brighter response).