kerolite

As nouns the difference between terms and kerolite

is that terms is while kerolite is (mineralogy) a metamorphic nickel-bearing phyllosilicate mineral similar to talc and serpentine.

As nouns the difference between aerolite and kerolite

is that aerolite is a meteorite consisting of silicate minerals while kerolite is a metamorphic nickel-bearing phyllosilicate mineral similar to talc and serpentine.

As a proper noun serpentine

is the lake in hyde park, london or serpentine can be a name given to several rivers in alaska, australia, canada and new zealand .

As a noun kerolite is

(mineralogy) a metamorphic nickel-bearing phyllosilicate mineral similar to talc and serpentine.

As nouns the difference between talc and kerolite

is that talc is a soft mineral, composed of hydrated magnesium silicate, that has a soapy feel and a greenish, whitish, or grayish color, and usually occurs in foliated masses while kerolite is (mineralogy) a metamorphic nickel-bearing phyllosilicate mineral similar to talc and serpentine.

As a verb talc

is to apply talc.

As nouns the difference between mineral and kerolite

is that mineral is mineral while kerolite is (mineralogy) a metamorphic nickel-bearing phyllosilicate mineral similar to talc and serpentine.

As nouns the difference between phyllosilicate and kerolite

is that phyllosilicate is (chemistry|mineralogy) any silicate mineral having a crystal structure of parallel sheets of silicate tetrahedra while kerolite is (mineralogy) a metamorphic nickel-bearing phyllosilicate mineral similar to talc and serpentine.

As a proper noun nickel

is .

As a noun kerolite is

(mineralogy) a metamorphic nickel-bearing phyllosilicate mineral similar to talc and serpentine.

In mineralogy|lang=en terms the difference between metamorphic and kerolite

is that metamorphic is (mineralogy) a rock that has been changed from its original form by subjection to heat and/or pressure while kerolite is (mineralogy) a metamorphic nickel-bearing phyllosilicate mineral similar to talc and serpentine.

As nouns the difference between metamorphic and kerolite

is that metamorphic is (mineralogy) a rock that has been changed from its original form by subjection to heat and/or pressure while kerolite is (mineralogy) a metamorphic nickel-bearing phyllosilicate mineral similar to talc and serpentine.

As an adjective metamorphic

is (geology) having been structurally altered as a result of, or resulting from, exposure to intense heat and/or pressure (at the contact zone between colliding plates, for example).

Cerolite is an alternative form of kerolite.

As nouns the difference between cerolite and kerolite

is that cerolite is (mineral) while kerolite is (mineralogy) a metamorphic nickel-bearing phyllosilicate mineral similar to talc and serpentine.