(PPH4)2[CL2FE(RES4)FECL2]0.7[CL2FE(MOS4)-FECL2]0.3 - CONTAINING 2 ISOSTRUCTURAL COMPLEXES WITH DIFFERENT ELECTRONIC POPULATIONS, MOSSBAUER-SPECTRA AND ELECTRONIC-STRUCTURES

Müller A, JOSTES R, SCHMITZ K, et al. (PPH4)2[CL2FE(RES4)FECL2]0.7[CL2FE(MOS4)-FECL2]0.3 - CONTAINING 2 ISOSTRUCTURAL COMPLEXES WITH DIFFERENT ELECTRONIC POPULATIONS, MOSSBAUER-SPECTRA AND ELECTRONIC-STRUCTURES. INORGANICA CHIMICA ACTA. 1988;149(1):9-12

"Nanoobjects" by self-assembly concomitant with modifications under alterable boundary conditions: Incorporation of paramagnetic metal centers (Cu2+) in ring-shaped molybdenum-oxide based clusters

Müller A, Krickemeyer E, Bögge H, et al. "Nanoobjects" by self-assembly concomitant with modifications under alterable boundary conditions: Incorporation of paramagnetic metal centers (Cu2+) in ring-shaped molybdenum-oxide based clusters. ANGEWANDTE CHEMIE-INTERNATIONAL EDITION. 2001;40(21):4034-+

THE TAMING OF THE SHREW - STUDYING THE INTERACTION OF IONS WITH IONIC CARCERANDS AS MOLECULAR CONTAINERS

Müller A, Diemann E, Krickemeyer E, Che S. THE TAMING OF THE SHREW - STUDYING THE INTERACTION OF IONS WITH IONIC CARCERANDS AS MOLECULAR CONTAINERS. Naturwissenschaften. 1993;80(2):77-78

ON THE ROLE OF THE HETERO METAL ATOM IN THE N2-REDUCING PROTEIN OF NITROGENASE

Müller A, Jostes R, Krickemeyer E, Bögge H. ON THE ROLE OF THE HETERO METAL ATOM IN THE N2-REDUCING PROTEIN OF NITROGENASE. NATURWISSENSCHAFTEN. 1987;74(8):388-389

The local magnetic properties of [Mn^III₆ Cr^III]³⁺ and [Fe^III₆ Cr^III]³⁺ single-molecule magnets deposited on surfaces studied by spin-polarized photoemission and XMCD with circularly polarized synchrotron radiation

Heinzmann U, Helmstedt A, Dohmeier N, et al. The local magnetic properties of [(Mn6CrIII)-Cr-III](3+) [ and [(Fe6CrIII)-Cr-III](3+) single-molecule magnets deposited on surfaces studied by spin-polarized photoemission and XMCD with circularly polarized synchrotron radiation. In: Collisions involving condensed matter [Abstracts]. Journal of Physics Conference Series. Vol 488. Bristol: Iop Publishing; 2014.It is demonstrated that local magnetic moments of single molecule magnets (SMM) normally studied by XMCD at very low temperatures and high magnetic fields can be measured by means of spin-resolved electron emission in the paramagnetic phase at room temperature by use of circularly polarized radiation

Probing the magnetic moments of [Mn^III₆Cr^III]³⁺ single-molecule magnets - A cross comparison of XMCD and spin-resolved electron spectroscopy

Helmstedt A, Dohmeier N, Müller N, et al. Probing the magnetic moments of $[Mn^{III} _6Cr ^{III}] ^{3+}$single-molecule magnets - A cross comparison of XMCD and spin-resolved electron spectroscopy. J. Electron. Spectrosc. Relat. Phenom. 2015;198:12-19

Crystal-structure of NA3(NH4)12[MO57FE6(NO)6O174(OH)3(H2O)24] · 76H2O, a Compound with an Unique Clusteranion

Müller A, Plass W, Krickemeyer E, et al. Kristallstruktur von Na3(NH4)12[Mo57Fe6(NO)6O174(OH)3(H2O)24] · 76H2O, einer Verbindung mit einem ungewöhnlichen Clusteranion. Monatshefte für Chemie. 1994;125(5):525-533.The X-ray crystal structure of the compound Na3(NH4)12[Mo57Fe6(NO)6O174(OH)3(H2O)24].76H2O (3) [P6(3)/mmc; a = 2380.6(5), c = 2763.497), Z = 2], the giant cluster anion of which has the shape of a doughnut, shows remarkable details: The cluster [{Fe(H2O)2}6{Mo(mu-H2O)2(mu-OH)Mo}3{Mo15(MoNO)23+O58(H2O)2}3]15-can be described as being composed of three transferable {Mo17} ligands bridged by cationic centers and contains a novel nanodimensional central cavity