B3N3H6 = BN + H2 |

B₃N₃H₆ 3BN + 3H₂

The thermal decomposition of borazine to produce boron nitride and hydrogen. This reaction takes place at a temperature near 300°C, or initiated by the absorption of energy in the form of light.

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The thermal decomposition of borazine

B₃N₃H₆ 3BN + 3H₂

Picture of reaction:

Сoding to search: B3N3H6 cnd [ temp hν ] = 3 BN + 3 H2

Add / Edited: 01.02.2015 /

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The thermal decomposition of borazine

B3N3H6 3BN + 3H2

Picture of reaction:

Сoding to search: B3N3H6 cnd [ temp hν ] = 3 BN + 3 H2

Add / Edited: 01.02.2015 / document.write(dtm['day']+'.'+dtm['mon']+'.'+dtm['year'])

B₃N₃H₆ 3BN + 3H₂

Add / Edited: 01.02.2015 /