Structures by: Mascherpa G.

Total: 16

F5H6N2Sb

F5H6N2Sb

Barbes, H.Mascherpa, G.Fourcade, R.Ducourant, B.

Journal of Solid State Chemistry (1985) 60, 95-100

a=5.627(2)Å   b=7.034(2)Å   c=12.855(4)Å

α=90.°   β=90.°   γ=90.°

F10H4NSb3

F10H4NSb3

Ducourant, BFourcade, R.Mascherpa, G.

Revue de Chimie Minerale (1983) 20, 314-320

a=7.925(2)Å   b=13.830(4)Å   c=8.789(2)Å

α=90°   β=95.90(3)°   γ=90.°

Cl6Rb2Sb

Cl6Rb2Sb

Mascherpa-Corral, D.Ducourant, B.Fourcade, R.Mascherpa, G.

Revue de Chimie Minerale (1985) 22, 758-766

a=10.140Å   b=10.140Å   c=10.140Å

α=90°   β=90°   γ=90°

K2 (Se O4) (Sb F3)2 (H2 O)

F6H2K2O5Sb2Se

Mascherpa-Corral, D.Ducourant, M.B.Fourcade, R.Alberola, S.Mascherpa, G.

Journal of Solid State Chemistry (1986) 63, 52-61

a=12.374Å   b=14.796Å   c=5.929Å

α=90°   β=90°   γ=90°

Rb Sb2 F7

F7RbSb2

Tichit, D.Ducourant, M.B.Fourcade, R.Mascherpa, G.

Journal of Fluorine Chemistry (1979) 13, 45-53

a=12.588Å   b=6.587Å   c=8.889Å

α=90°   β=102.4°   γ=90°

Bis(urea) antimony tetrafluoride oxide

C2H8F4N4O3Sb2

Bourgault, MFourcade, RMascherpa, G

Journal of Solid State Chemistry (1981) 36, 214-220

a=19.98(1)Å   b=8.152(3)Å   c=15.089(7)Å

α=90°   β=122.32(3)°   γ=90°

Urea antimony(III) fluoride

CH4F3N2OSb

Bourgault, MFourcade, RDucourant, BMascherpa, G

Revue de Chimie Minerale (1979) 16, 151-156

a=8.846(3)Å   b=8.378(3)Å   c=7.241(3)Å

α=90°   β=90°   γ=90°

Cs Sb Cl F3

ClCsF3Sb

Ducourant, M.B.Fourcade, R.Mascherpa, G.

Journal of Fluorine Chemistry (1978) 11, 149-157

a=9.92Å   b=9.92Å   c=11.606Å

α=90°   β=90°   γ=90°

Rb Sb Br F3

BrF3RbSb

Ducourant, M.B.Jumas, J.C.Mascherpa, G.Fourcade, R.

Revue de Chimie Minerale (1977) 14, 76-82

a=7.72Å   b=4.448Å   c=8.906Å

α=100.5°   β=109.96°   γ=103.68°

Na2 S O4 Sb F3

F3Na2O4SSb

Bonnet, B.Fourcade, R.Ducourant, M.B.Mascherpa, G.

Revue de Chimie Minerale (1980) 17, 88-95

a=15.11Å   b=7.155Å   c=11.05Å

α=90°   β=90°   γ=90°

(Na (Sb F3))2 (C2 O4)

C2F6Na2O4Sb2

Escande, P.Fourcade, R.Tichit, D.Ducourant, M.B.Mascherpa, G.

Annales de Chimie (Paris) (1978) 1978, 124-124

a=17.213Å   b=6.342Å   c=8.168Å

α=90°   β=97.7°   γ=90°

Na (Sb3 F10)

F10NaSb3

Fourcade, R.Mascherpa, G.Philippot, E.

Acta Crystallographica B (24,1968-38,1982) (1975) 31, 2322-2326

a=8.285Å   b=8.285Å   c=7.6Å

α=90°   β=90°   γ=120°

Na Sb Br F3 (H2 O)

BrF3H2NaOSb

Ducourant, M.B.Mascherpa, G.Bonnet, B.Fourcade, R.

Acta Crystallographica B (24,1968-38,1982) (1977) 33, 3693-3696

a=8.323Å   b=11.365Å   c=5.765Å

α=90°   β=91.88°   γ=90°

K2 S O4 Sb F3

F3K2O4SSb

Birchall, T.Ducourant, M.B.Fourcade, R.Mascherpa, G.

Journal of the Chemical Society. Dalton Transactions, Inorganic Chemistry (1972-) (1982) 1982, 2313-2316

a=5.601Å   b=9.072Å   c=14.18Å

α=90°   β=90°   γ=90°

CF3N2OSb

CF3N2OSb

Bourgault, M.Fourcade, R.Ducourant, B.Mascherpa, G.

Revue de Chimie Minerale (1979) 16, 151-156

a=8.846Å   b=8.378Å   c=7.241Å

α=90°   β=90°   γ=90°

C2F4N4O3Sb2

C2F4N4O3Sb2

Bourgault, M.Fourcade, R.Mascherpa, G.

Journal of Solid State Chemistry (1981) 36, 214-220

a=19.98Å   b=8.152Å   c=15.089Å

α=90°   β=122.32°   γ=90°