studtite

As nouns the difference between terms and studtite

is that terms is while studtite is (mineralogy) a secondary uranium mineral containing peroxide formed by the alpha-radiolysis of water during formation; it occurs as white yellow needlelike crystals often in acicular sprays.

As a noun studtite is

(mineralogy) a secondary uranium mineral containing peroxide formed by the alpha-radiolysis of water during formation; it occurs as white yellow needlelike crystals often in acicular sprays.

In mineralogy|lang=en terms the difference between studtite and sturtite

is that studtite is (mineralogy) a secondary uranium mineral containing peroxide formed by the alpha-radiolysis of water during formation; it occurs as white yellow needlelike crystals often in acicular sprays while sturtite is (mineralogy) an amorphous black mineral containing calcium, hydrogen, iron, magnesium, manganese, oxygen, and silicon.

As nouns the difference between studtite and sturtite

is that studtite is (mineralogy) a secondary uranium mineral containing peroxide formed by the alpha-radiolysis of water during formation; it occurs as white yellow needlelike crystals often in acicular sprays while sturtite is (mineralogy) an amorphous black mineral containing calcium, hydrogen, iron, magnesium, manganese, oxygen, and silicon.

Studtite is a derived term of metastudtite.

In mineralogy terms the difference between metastudtite and studtite

is that metastudtite is an orthorhombic-dipyramidal light yellow mineral containing hydrogen, oxygen, and uranium while studtite is a secondary uranium mineral containing peroxide formed by the alpha-radiolysis of water during formation; it occurs as white yellow needlelike crystals often in acicular sprays.

As an adjective acicular

is needle-shaped; slender like a needle or bristle.

As a noun studtite is

a secondary uranium mineral containing peroxide formed by the alpha-radiolysis of water during formation; it occurs as white yellow needlelike crystals often in acicular sprays.

As nouns the difference between crystal and studtite

is that crystal is a solid composed of an array of atoms or molecules possessing long-range order and arranged in a pattern which is periodic in three dimensions while studtite is a secondary uranium mineral containing peroxide formed by the alpha-radiolysis of water during formation; it occurs as white yellow needlelike crystals often in acicular sprays.

As an adjective crystal

is very clear.

As a proper noun Crystal

is {{given name|female|from=English}}.

As an adjective needlelike

is resembling a needle in shape.

As a noun studtite is

(mineralogy) a secondary uranium mineral containing peroxide formed by the alpha-radiolysis of water during formation; it occurs as white yellow needlelike crystals often in acicular sprays.

As nouns the difference between water and studtite

is that water is (uncountable) a chemical, found at room temperature and pressure as a clear liquid, having the formula h₂o, required by all forms of life on earth while studtite is (mineralogy) a secondary uranium mineral containing peroxide formed by the alpha-radiolysis of water during formation; it occurs as white yellow needlelike crystals often in acicular sprays.

As a verb water

is to pour water into the soil surrounding (plants).

As nouns the difference between radiolysis and studtite

is that radiolysis is (chemistry) the dissociation of a molecule as a result of radiation while studtite is (mineralogy) a secondary uranium mineral containing peroxide formed by the alpha-radiolysis of water during formation; it occurs as white yellow needlelike crystals often in acicular sprays.

As nouns the difference between alpha and studtite

is that alpha is the name of the first letter of the Greek alphabet (Α,  α), followed by beta. In the Latin alphabet it is the predecessor to A while studtite is a secondary uranium mineral containing peroxide formed by the alpha-radiolysis of water during formation; it occurs as white yellow needlelike crystals often in acicular sprays.

As an adjective alpha

is designates the first in an order of precedence.