beryllium

As nouns the difference between beryllium and asbecasite

is that beryllium is beryllium while asbecasite is (mineral) a trigonal-ditrigonal pyramidal mineral containing aluminum, arsenic, beryllium, calcium, oxygen, silicon, tin, and titanium.

As nouns the difference between beryllium and beryllite

is that beryllium is beryllium while beryllite is (mineral) an orthorhombic white mineral containing beryllium, hydrogen, oxygen, and silicon.

As nouns the difference between beryllium and bergslagite

is that beryllium is beryllium while bergslagite is (mineral) a monoclinic-prismatic mineral containing arsenic, beryllium, calcium, hydrogen, and oxygen.

As nouns the difference between beryllium and faheyite

is that beryllium is beryllium while faheyite is (mineral) a hexagonal-trapezohedral mineral containing beryllium, hydrogen, iron, magnesium, manganese, oxygen, and phosphorus.

As nouns the difference between beryllium and danalite

is that beryllium is the chemical element with an atomic number of 4; a light metal with specialist industrial applications while danalite is an isometric-hextetrahedral mineral containing beryllium, iron, oxygen, silicon, and sulfur.

As nouns the difference between beryllium and liberite

is that beryllium is beryllium while liberite is (mineralogy) a monoclinic-domatic mineral containing beryllium, lithium, oxygen, and silicon.

As nouns the difference between beryllium and stoppaniite

is that beryllium is beryllium while stoppaniite is (mineralogy) a hexagonal-dihexagonal dipyramidal light blue mineral containing aluminum, beryllium, hydrogen, iron, magnesium, oxygen, silicon, and sodium.

As nouns the difference between beryllium and bityite

is that beryllium is beryllium while bityite is (mineral) a monoclinic-prismatic mineral containing aluminum, beryllium, calcium, hydrogen, lithium, oxygen, and silicon.

As nouns the difference between beryllium and epididymite

is that beryllium is the chemical element with an atomic number of 4; a light metal with specialist industrial applications while epididymite is an orthorhombic-dipyramidal mineral containing beryllium, hydrogen, oxygen, silicon, and sodium.

As nouns the difference between beryllium and eudidymite

is that beryllium is beryllium while eudidymite is (mineral) a monoclinic-prismatic mineral containing beryllium, hydrogen, oxygen, silicon, and sodium.