schumacherite

As nouns the difference between vanadium and schumacherite

is that vanadium is vanadium (symbol: v) while schumacherite is (mineralogy) a triclinic-pinacoidal mineral containing arsenic, bismuth, hydrogen, oxygen, phosphorus, and vanadium.

As a proper noun phosphorus

is a name sometimes used for hesperus, the personification in greek mythology of the planet venus.

As a noun schumacherite is

(mineralogy) a triclinic-pinacoidal mineral containing arsenic, bismuth, hydrogen, oxygen, phosphorus, and vanadium.

As nouns the difference between oxygen and schumacherite

is that oxygen is a chemical element (symbol o) with an atomic number of 8 and relative atomic mass of 159994 while schumacherite is (mineralogy) a triclinic-pinacoidal mineral containing arsenic, bismuth, hydrogen, oxygen, phosphorus, and vanadium.

As nouns the difference between hydrogen and schumacherite

is that hydrogen is the lightest chemical element (symbol h) with an atomic number of 1 and atomic weight of 100794 while schumacherite is (mineralogy) a triclinic-pinacoidal mineral containing arsenic, bismuth, hydrogen, oxygen, phosphorus, and vanadium.

As nouns the difference between bismuth and schumacherite

is that bismuth is a chemical element (symbol bi) with an atomic number of 83 while schumacherite is (mineralogy) a triclinic-pinacoidal mineral containing arsenic, bismuth, hydrogen, oxygen, phosphorus, and vanadium.

As nouns the difference between arsenic and schumacherite

is that arsenic is arsenic while schumacherite is (mineralogy) a triclinic-pinacoidal mineral containing arsenic, bismuth, hydrogen, oxygen, phosphorus, and vanadium.

As nouns the difference between mineral and schumacherite

is that mineral is mineral while schumacherite is (mineralogy) a triclinic-pinacoidal mineral containing arsenic, bismuth, hydrogen, oxygen, phosphorus, and vanadium.