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diboron tetrachloride: 13701–67–2 B 2 F 4: diboron tetrafluoride: 13965–73–6 B 2 H 6: diboron hexahydride: 19287–45–7 B 2 O 3: diboron trioxide: 1303–86–2 B 2 S 3: diboron trisulfide: 12007–33–9 B 4 C: boron carbide: 12069–32–8 B 4 H 10: boron decahydride: 18283–93–7 BaAl 2 O 4: barium aluminate: 12004–04–5 Ba ...
There is no complete list of chemical compounds since by nature the list would be infinite. ... diboron trioxide: 1303-86-2 B 2 S 3: ... (NO 3) 2: barium nitrate ...
Boron trioxide or diboron trioxide is the oxide of boron with the formula B 2 O 3. It is a colorless transparent solid, almost always glassy (amorphous), which can be crystallized only with great difficulty.
Barium borate is an inorganic compound, a borate of barium with a chemical formula BaB 2 O 4 or Ba(BO 2) 2. It is available as a hydrate or dehydrated form, as white powder or colorless crystals. The crystals exist in the high-temperature α phase and low-temperature β phase, abbreviated as BBO ; both phases are birefringent , and BBO is a ...
Barium nitrate – Ba(NO 3) 2 [98] Barium oxalate – Ba(C 2 O 4) ... Diboron tetrafluoride – B 2 F 4 ... Chlorine trioxide – ClO 3;
Some representative reactions showing 1,2-addition of diboron tetrachloride to hydrocarbons. Some of these reactions can also be carried out under more forcing conditions with diboron tetrafluoride. Tetrahalodiboranes can add to unsaturated hydrocarbons. Schlesinger et al. published 1,2-additions of B 2 Cl 4 to ethylene and acetylene. [16]
The reaction of boron trichloride with alcohols was reported in 1931, and was used to prepare dimethoxyboron chloride, B(OCH 3) 2 Cl. [3] Egon Wiberg and Wilhelm Ruschmann used it to prepare tetrahydroxydiboron by first introducing the boron–boron bond by reduction with sodium and then hydrolysing the resulting tetramethoxydiboron, B 2 (OCH 3) 4, to produce what they termed sub-boric acid. [4]
The C-B bond has low polarity (electronegativity 2.55 for carbon and 2.04 for boron).Alkyl boron compounds are in general stable, though easily oxidized. Boron often forms electron-deficient compounds without a full octet, such as the triorganoboranes.