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BOROSPHERENE

Borospherene

Chemical compound

Borospherene (B40) is an electron-deficient cluster molecule containing 40 boron atoms. It bears similarities to other homoatomic cluster structures such

Borospherene

Allotropes of boron

Different forms of boron

theoretically. The discovery of the quasispherical allotropic molecule borospherene (B40) was announced in July 2014. Amorphous boron contains B12 regular

Allotropes of boron

Allotropes_of_boron

Topics referred to by the same term

B-40, a Spanish motorway in Catalonia Bundesstraße 40, a German road Borospherene, B40, an allotropic cage-like molecule of pure boron HLA-B40, an HLA-B

B40

Buckminsterfullerene

Cage-like allotrope of carbon

calculated bond lengths. A smaller configuration of 40 boron atoms (borospherene) was observed in 2014, however it lacked the icosahedral symmetry of

Buckminsterfullerene

Allotropy

Property of some chemical elements to exist in two or more different forms

β-tetragonal boron Cubic boron High-pressure superconducting phase Borophene Borospherene, B40 Silicon Amorphous silicon α-silicon, a semiconductor, diamond cubic

Allotropy

Metalloid

Chemical element with metallic and nonmetallic properties

eV) followed by white phosphorus (around 2.1 eV). The synthesis of B40 borospherene, a "distorted fullerene with a hexagonal hole on the top and bottom and

Metalloid

Borophene

Allotrope of boron

predicts the possibility of borophene (boron sheets), boron fullerenes (borospherene) and boron nanotubes. Additional studies showed that extended, triangular

Borophene