perhamite

As nouns the difference between silicon and perhamite

is that silicon is silicone while perhamite is (mineralogy) a hexagonal-dihexagonal dipyramidal mineral containing aluminum, calcium, hydrogen, oxygen, phosphorus, and silicon.

As a proper noun phosphorus

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

As a noun perhamite is

(mineralogy) a hexagonal-dihexagonal dipyramidal mineral containing aluminum, calcium, hydrogen, oxygen, phosphorus, and silicon.

As nouns the difference between oxygen and perhamite

is that oxygen is a chemical element (symbol o) with an atomic number of 8 and relative atomic mass of 159994 while perhamite is (mineralogy) a hexagonal-dihexagonal dipyramidal mineral containing aluminum, calcium, hydrogen, oxygen, phosphorus, and silicon.

As nouns the difference between hydrogen and perhamite

is that hydrogen is the lightest chemical element (symbol h) with an atomic number of 1 and atomic weight of 100794 while perhamite is (mineralogy) a hexagonal-dihexagonal dipyramidal mineral containing aluminum, calcium, hydrogen, oxygen, phosphorus, and silicon.

As nouns the difference between calcium and perhamite

is that calcium is calcium while perhamite is (mineralogy) a hexagonal-dihexagonal dipyramidal mineral containing aluminum, calcium, hydrogen, oxygen, phosphorus, and silicon.

As nouns the difference between aluminum and perhamite

is that aluminum is a metallic chemical element (symbol al) with an atomic number of 13 while perhamite is (mineralogy) a hexagonal-dihexagonal dipyramidal mineral containing aluminum, calcium, hydrogen, oxygen, phosphorus, and silicon.

As nouns the difference between mineral and perhamite

is that mineral is mineral while perhamite is (mineralogy) a hexagonal-dihexagonal dipyramidal mineral containing aluminum, calcium, hydrogen, oxygen, phosphorus, and silicon.