oxidation

As nouns the difference between oxidation and violarite

is that oxidation is the combination of a substance with oxygen while violarite is a red-violet supergene sulfide mineral associated with the weathering and oxidation of primary pentlandite nickel sulfide ore minerals.

As nouns the difference between oxidation and mimetite

is that oxidation is oxidation, a reaction in which the atoms of an element lose electrons while mimetite is (mineralogy) an arsenate mineral which forms in lead deposits, usually by the oxidation of galena and arsenopyrite.

As nouns the difference between oxidation and xyloquinone

is that oxidation is the combination of a substance with oxygen while xyloquinone is any of a group of quinone compounds obtained by the oxidation of xylidines.

As nouns the difference between oxidation and overoxidation

is that oxidation is oxidation, a reaction in which the atoms of an element lose electrons while overoxidation is excessive oxidation (or to a greater than normal extent).

As nouns the difference between oxidation and uranophane

is that oxidation is oxidation, a reaction in which the atoms of an element lose electrons while uranophane is (mineralogy) a rare yellow radioactive calcium uranium silicate hydrate mineral that forms from the oxidation of uranium-bearing minerals.

As nouns the difference between oxidation and agrinierite

is that oxidation is the combination of a substance with oxygen while agrinierite is a mineral often found in the oxidation zone of uranium deposits.

As nouns the difference between oxidation and leonardite

is that oxidation is oxidation, a reaction in which the atoms of an element lose electrons while leonardite is (mineralogy) a dark, vitreous mineraloid produced by surface oxidation of lignite.

As nouns the difference between oxidation and chemotroph

is that oxidation is oxidation, a reaction in which the atoms of an element lose electrons while chemotroph is an organism that obtains energy by the oxidation of electron-donating molecules in the environment.

As nouns the difference between oxidation and dehydromethionine

is that oxidation is oxidation, a reaction in which the atoms of an element lose electrons while dehydromethionine is (organic compound) the oxidation product of methionine, methylisothiazolidine-3-carboxylic acid .

As nouns the difference between oxidation and trimethylolethane

is that oxidation is oxidation, a reaction in which the atoms of an element lose electrons while trimethylolethane is (organic compound) an organic compound with the chemical formula ch₃c(ch₂oh)₃, a triol whose esters are known for their resistance to heat, light, hydrolysis, and oxidation.