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High Nuclearity Metal-Organic Nanospheres: A Cd66 Ball.

DOI: 10.1021/ja207845u DOI Help

Authors: Stephen Argent (University of Nottingham) , Alex Greenaway (University of Nottingham) , Maria Del Carmen Gimenez-lopez (University of Nottingham) , William Lewis (University of Nottingham) , Harriott Nowell (Diamond Light Source) , Andrei N. Khlobystov (University of Nottingham) , Neil Champness (University of Nottingham) , Martin Schroeder (University of Nottingham) , Sandy Blake (University of Nottingham)
Co-authored by industrial partner: No

Type: Journal Paper
Journal: Journal Of The American Chemical Society , VOL 134 (1)

State: Published (Approved)
Published: November 2011

Abstract: Reaction of H3L with Cd(NO3)2·4H2O in DMF at 150 °C for 3 days affords the metal–organic nanosphere [Cd66(?3-OH)28(?3-O)16(?5-NO3-O,O,O?,O?,O?,O?)12(L)20(?2-DMF)12?(DMF)9]. The cluster is composed of a spherical shell of 66 Cd(II) cations bridged by 28 ?3-hydroxide, 16 ?3-oxo, and five ?5-NO3– anions surrounded by a shell of 20 tripodal capping ligands (L) and 12 DMF ligands. The 66 Cd(II) cations and 12 NO3– anions form a polydeltahedron that has 78 vertices [Cd(II) or NO3–] (V), 228 edges (E), and 152 triangular faces (F), giving it an Euler characteristic (?) of 2 (? = V + F – E). Reaction of H3L with Cd(NO3)2·4H2O at lower temperatures or with CdCl2 affords coordination polymer frameworks instead of nanospheres.

Subject Areas: Chemistry


Instruments: I19-Small Molecule Single Crystal Diffraction

Added On: 02/12/2011 12:07

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