tyrolite

As nouns the difference between terms and tyrolite

is that terms is while tyrolite is (mineralogy) a hydrated calcium copper arsenate carbonate mineral that forms glassy blue to green orthorhombic radial crystals and botryoidal masses.

As nouns the difference between pyrolite and tyrolite

is that pyrolite is a theoretical rock considered to be the best approximation of the composition of earth's upper mantle, generally considered to be one part tholeiitic basalt and three parts dunite while tyrolite is (mineralogy) a hydrated calcium copper arsenate carbonate mineral that forms glassy blue to green orthorhombic radial crystals and botryoidal masses.

In mineralogy terms the difference between typolite and tyrolite

is that typolite is a stone or fossil bearing impressions of plants and animals while tyrolite is a hydrated calcium copper arsenate carbonate mineral that forms glassy blue to green orthorhombic radial crystals and botryoidal masses.

As nouns the difference between gyrolite and tyrolite

is that gyrolite is (mineral) a hexagonal-pyramidal mineral containing aluminum, calcium, hydrogen, oxygen, silicon, and sodium while tyrolite is (mineralogy) a hydrated calcium copper arsenate carbonate mineral that forms glassy blue to green orthorhombic radial crystals and botryoidal masses.

As an adjective botryoidal

is (chiefly|mineralogy) having the form of a bunch of grapes.

As a noun tyrolite is

(mineralogy) a hydrated calcium copper arsenate carbonate mineral that forms glassy blue to green orthorhombic radial crystals and botryoidal masses.

As a proper noun crystal

is .

As a noun tyrolite is

(mineralogy) a hydrated calcium copper arsenate carbonate mineral that forms glassy blue to green orthorhombic radial crystals and botryoidal masses.

As nouns the difference between radial and tyrolite

is that radial is a radial tire / radial tyre while tyrolite is a hydrated calcium copper arsenate carbonate mineral that forms glassy blue to green orthorhombic radial crystals and botryoidal masses.

As an adjective radial

is arranged like rays that radiate from, or converge to a common centre.

As an adjective orthorhombic

is (crystallography) having three unequal axes at right angles.

As a noun tyrolite is

(mineralogy) a hydrated calcium copper arsenate carbonate mineral that forms glassy blue to green orthorhombic radial crystals and botryoidal masses.

As nouns the difference between glassy and tyrolite

is that glassy is (ulster) glass marble while tyrolite is (mineralogy) a hydrated calcium copper arsenate carbonate mineral that forms glassy blue to green orthorhombic radial crystals and botryoidal masses.

As an adjective glassy

is of or like glass, in particular smooth and (somewhat) reflective.

As nouns the difference between mineral and tyrolite

is that mineral is mineral while tyrolite is (mineralogy) a hydrated calcium copper arsenate carbonate mineral that forms glassy blue to green orthorhombic radial crystals and botryoidal masses.