quartz |
quartzless |
In mineralogy|lang=en terms the difference between quartz and quartzless
is that
quartz is (mineralogy) the most abundant mineral on the earth's surface, of chemical composition silicon dioxide, si]][[oxygen|o
2 it occurs in a variety of forms, both crystalline and amorphous found in every environment while
quartzless is (mineralogy) lacking quartz.
As a noun quartz
is (mineralogy) the most abundant mineral on the earth's surface, of chemical composition silicon dioxide, si]][[oxygen|o
2 it occurs in a variety of forms, both crystalline and amorphous found in every environment.
As an adjective quartzless is
(mineralogy) lacking quartz.
quartz |
moganite |
In mineralogy|lang=en terms the difference between quartz and moganite
is that
quartz is (mineralogy) the most abundant mineral on the earth's surface, of chemical composition silicon dioxide, si]][[oxygen|o
2 it occurs in a variety of forms, both crystalline and amorphous found in every environment while
moganite is (mineralogy) a crystalline form of silica that has a different crystal structure than that of quartz.
As nouns the difference between quartz and moganite
is that
quartz is (mineralogy) the most abundant mineral on the earth's surface, of chemical composition silicon dioxide, si]][[oxygen|o
2 it occurs in a variety of forms, both crystalline and amorphous found in every environment while
moganite is (mineralogy) a crystalline form of silica that has a different crystal structure than that of quartz.
quartz |
geyserite |
As nouns the difference between quartz and geyserite
is that
quartz is (mineralogy) the most abundant mineral on the earth's surface, of chemical composition silicon dioxide, si]][[oxygen|o
2 it occurs in a variety of forms, both crystalline and amorphous found in every environment while
geyserite is (mineral) a type of stone, a mixture of quartz and opal deposited by a geyser as it precipitates out of the boiling water.
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