Structures by: Betterley N. M.

Total: 6

F5Sb,F11Sb2,3(C7H10N2),C7H11N2

F5Sb,F11Sb2,3(C7H10N2),C7H11N2

Betterley, Nolan M.Surawatanawong, PanidaPrabpai, SamranKongsaeree, PalangponKuhakarn, ChutimaPohmakotr, ManatReutrakul, Vichai

Organic letters (2013) 15, 22 5666-5669

a=18.4920(6)Å   b=22.2250(7)Å   c=26.2530(10)Å

α=103.8730(18)°   β=95.0740(18)°   γ=107.1520(19)°

C27H20Cl2FeN5O3S2,C10H20N

C27H20Cl2FeN5O3S2,C10H20N

Michael J. RoseNolan M. BetterleyPradip K. Mascharak

Journal of the American Chemical Society (2009) 131, 8340-8341

a=9.6049(19)Å   b=9.6051(19)Å   c=19.251(4)Å

α=82.72(3)°   β=82.65(3)°   γ=88.48(3)°

C42H56.50Cl2FeN5.50O3.50S2

C42H56.50Cl2FeN5.50O3.50S2

Michael J. RoseNolan M. BetterleyPradip K. Mascharak

Journal of the American Chemical Society (2009) 131, 8340-8341

a=13.4564(14)Å   b=18.400(2)Å   c=18.930(2)Å

α=86.3500(10)°   β=79.8400(10)°   γ=79.0150(10)°

C40H20Cl4Fe2N6O6S4,2(C8H20N),2(C2H3N)

C40H20Cl4Fe2N6O6S4,2(C8H20N),2(C2H3N)

Michael J. RoseNolan M. BetterleyAllen G. OliverPradip K. Mascharak

Inorganic Chemistry (2010) 49, 1854-1864

a=10.619(2)Å   b=12.631(3)Å   c=13.651(3)Å

α=66.951(4)°   β=69.002(4)°   γ=71.607(4)°

C20H10N2O2Cl3FeS2,2(C8H20N),0.5(C7H8)

C20H10N2O2Cl3FeS2,2(C8H20N),0.5(C7H8)

Michael J. RoseNolan M. BetterleyAllen G. OliverPradip K. Mascharak

Inorganic Chemistry (2010) 49, 1854-1864

a=13.7465(17)Å   b=16.541(2)Å   c=19.160(2)Å

α=90.00°   β=109.246(2)°   γ=90.00°

C37H44Cl2FeN4.50O2.75S2

C37H44Cl2FeN4.50O2.75S2

Michael J. RoseNolan M. BetterleyAllen G. OliverPradip K. Mascharak

Inorganic Chemistry (2010) 49, 1854-1864

a=13.4773(12)Å   b=16.3851(15)Å   c=18.9445(17)Å

α=78.9800(10)°   β=79.4000(10)°   γ=72.8100(10)°