Polyazide Chemistry: The First Binary Group 6 Azides, Mo(N 3 ) 6 , W(N 3 ) 6 , [Mo(N 3 ) 7 ] − , and [W(N 3 ) 7 ] − , and the [NW(N 3 ) 4 ] −  and [NMo(N 3 ) 4 ] −  Ions | Zendy

Haiges Ralf | Zendy; Boatz Jerry A. | Zendy; Bau Robert | Zendy; Schneider Stefan | Zendy; Schroer Thorsten | Zendy; Yousufuddin Muhammed | Zendy; Christe Karl O. | Zendy

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Polyazide Chemistry: The First Binary Group 6 Azides, Mo(N 3 ) 6 , W(N 3 ) 6 , [Mo(N 3 ) 7 ] − , and [W(N 3 ) 7 ] − , and the [NW(N 3 ) 4 ] − and [NMo(N 3 ) 4 ] − Ions

Author(s) -

Haiges Ralf,

Boatz Jerry A.,

Bau Robert,

Schneider Stefan,

Schroer Thorsten,

Yousufuddin Muhammed,

Christe Karl O.

Publication year - 2005

Publication title -

angewandte chemie international edition

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 5.831

H-Index - 550

eISSN - 1521-3773

pISSN - 1433-7851

DOI - 10.1002/anie.200462740

Subject(s) - group (periodic table) , chemistry , ion , binary number , crystallography , trigonal crystal system , decomposition , ionic bonding , crystal structure , mathematics , organic chemistry , arithmetic

Bang on target : The highly explosive Group 6 azides Mo(N 3 ) 6 and W(N 3 ) 6 are prepared by the reaction of Me 3 SiN 3 with MoF 6 and WF 6 , respectively. The structure of W(N 3 ) 6 has perfect rhombohedral C 3 symmetry (see picture). The reaction of Mo(N 3 ) 6 and W(N 3 ) 6 with ionic azides leads to the formation of [Mo(N 3 ) 7 ] − and [W(N 3 ) 7 ] − , respectively, the first binary heptaazides. Controlled decomposition of these anions produces [NMo(N 3 ) 4 ] − and [NW(N 3 ) 4 ] − .

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