Canadian fluorescent minerals The first two rows show the mineral hackmanite which fluoresces an orange color under long wave ultraviolet light. The purple is the reflection of the light off the normally white mineral which is with the hackmanite. The short wave image shows the light reflecting off the otherwise white minerals. I have been told that the mineral will phosphoresce after the lights are turned off, but have not been able to verify this myself. The second two rows of minerals are wernerite also called scapolite. Under normal lighting conditions the mineral is a white to tan sometimes clear. Under long wave ultraviolet light is fluoresces a strong yellow. the accompanying mineral reflects the light giving it a dark blue to black color. Under short wave ultraviolet light it fluoresces a lighter yellow and the accompanying minerals a lighter blue reflection. Interestingly, even though you get very little fluorescence from the short wave ultraviolet light, it will cause the mineral to phosphoresce for a short while after the lights are turned off. |
Regular lighting
Regular lighting
Regular lighting
Regular lighting
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Long wave ultraviolet light
Long wave ultraviolet light
Long wave ultraviolet light
Long wave ultraviolet light
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Short wave ultraviolet light
Short wave ultraviolet light
Short wave ultraviolet light
Short wave ultraviolet light
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