allotriomorphic |
allotriomorph |
Derived terms |
Allotriomorph is a derived term of allotriomorphic.
In geology terms the difference between allotriomorphic and allotriomorph
is that
allotriomorphic is xenomorphic while
allotriomorph is a mineral that did not develop its otherwise typical external crystal form because of late crystallization between earlier formed crystals, typical of matrix minerals in rapidly crystallizing volcanic lavas and shallow igneous intrusions.
As an adjective allotriomorphic
is allotropic.
As a noun allotriomorph is
a mineral that did not develop its otherwise typical external crystal form because of late crystallization between earlier formed crystals, typical of matrix minerals in rapidly crystallizing volcanic lavas and shallow igneous intrusions.
intrusion |
allotriomorph |
As nouns the difference between intrusion and allotriomorph
is that
intrusion is intrusion while
allotriomorph is (geology) a mineral that did not develop its otherwise typical external crystal form because of late crystallization between earlier formed crystals, typical of matrix minerals in rapidly crystallizing volcanic lavas and shallow igneous intrusions.
igneous |
allotriomorph |
In geology terms the difference between igneous and allotriomorph
is that
igneous is resulting from, or produced by, the action of great heat; with rocks, it could also mean formed from lava/magma; as, granite and basalt are
igneous rocks while
allotriomorph is a mineral that did not develop its otherwise typical external crystal form because of late crystallization between earlier formed crystals, typical of matrix minerals in rapidly crystallizing volcanic lavas and shallow igneous intrusions.
As an adjective igneous
is pertaining to, having the nature of fire; containing fire; resembling fire; as, an
igneous appearance.
As a noun allotriomorph is
a mineral that did not develop its otherwise typical external crystal form because of late crystallization between earlier formed crystals, typical of matrix minerals in rapidly crystallizing volcanic lavas and shallow igneous intrusions.
lava |
allotriomorph |
As a verb lava
is to wash.
As a noun allotriomorph is
(geology) a mineral that did not develop its otherwise typical external crystal form because of late crystallization between earlier formed crystals, typical of matrix minerals in rapidly crystallizing volcanic lavas and shallow igneous intrusions.
volcanic |
allotriomorph |
As an adjective volcanic
is volcanic.
As a noun allotriomorph is
(geology) a mineral that did not develop its otherwise typical external crystal form because of late crystallization between earlier formed crystals, typical of matrix minerals in rapidly crystallizing volcanic lavas and shallow igneous intrusions.
crystallization |
allotriomorph |
As nouns the difference between crystallization and allotriomorph
is that
crystallization is the act or process by which a substance in solidifying assumes the form and structure of a crystal, or becomes crystallized while
allotriomorph is a mineral that did not develop its otherwise typical external crystal form because of late crystallization between earlier formed crystals, typical of matrix minerals in rapidly crystallizing volcanic lavas and shallow igneous intrusions.
crystal |
allotriomorph |
As a proper noun crystal
is .
As a noun allotriomorph is
(geology) a mineral that did not develop its otherwise typical external crystal form because of late crystallization between earlier formed crystals, typical of matrix minerals in rapidly crystallizing volcanic lavas and shallow igneous intrusions.
external |
allotriomorph |
As an adjective external
is outside of something; on the exterior.
As a noun allotriomorph is
a mineral that did not develop its otherwise typical external crystal form because of late crystallization between earlier formed crystals, typical of matrix minerals in rapidly crystallizing volcanic lavas and shallow igneous intrusions.
mineral |
allotriomorph |
As nouns the difference between mineral and allotriomorph
is that
mineral is mineral while
allotriomorph is (geology) a mineral that did not develop its otherwise typical external crystal form because of late crystallization between earlier formed crystals, typical of matrix minerals in rapidly crystallizing volcanic lavas and shallow igneous intrusions.