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Your search keyword '"Strobele, Markus"' showing total 3 results
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3 results on '"Strobele, Markus"'

1. Compounds with the electron-rich [[[W.sub.6][Cl.sub.18]].sup.2-] cluster anion

Author

Tragl, Sonja, Strobele, Markus, Glaser, Jochen, Vicent, Cristian, Llusar, Rosa, and Meyer, H.-Jorgen

Subjects
Ammonium chloride -- Chemical properties, Ammonium chloride -- Structure, Ammonium compounds -- Chemical properties, Ammonium compounds -- Structure, Ammonium paratungstate -- Chemical properties, Ammonium paratungstate -- Structure, Methanol -- Chemical properties, Tetrahydrofuran -- Chemical properties, Tetrahydrofuran -- Structure, Chemistry
Published
2009

2. Chains of [RE (sub)6] octahedra coupled by (NCN) links in the network structure of Re (sub)2 Cl(CN (sub)2) N. Synthesis and structure of two novel rare earth carbodiimide nitrides with structures related to the RE(sub)2 Cl (sub)3 type

Author

Srinivasan, Radhakrishnan, Strobele, Markus, and Meyer, H.-Jurgen

Subjects
Chemistry, Inorganic -- Research, Inorganic compounds -- Composition, Rare earth metals -- Composition, Nitrides -- Composition, Chlorides -- Composition, Carbon compounds, Dichloropropane, Chemistry
Abstract

Research has been conducted on RE(sub)2 Cl (sub)3, where RE= La, Ce, and Li (sub)2 CN (sub)2. The authors report that the solid state metathesis reactions between the compounds haveproduced rare earth chloride carbodiimide nitrides.

Published
2003

3. Cluster Harvesting by Successive Reduction of a Metal Halide with a Nonconventional Reduction Agent: A Benefit for the Exploration of Metal-Rich Halide Systems.

Author

Strobele, Markus, Mos, Agnieszka, and Meyer, Hans-Juergen

Subjects
*MICROCLUSTERS, *METAL halides, *DIFFERENTIAL thermal analysis, *X-ray diffraction, *TUNGSTEN compounds, *CHEMICAL reduction
Abstract

The preparation of thermally labile compounds is a great temptation in chemistry which requires a careful selection of reaction media and reaction conditions. With a new scanning technique denoted here as Cluster Harvesting, a whole series of metal halide compounds is detected by differential thermal analysis (DTA) in fused silica tubes and structurally characterized by X-ray powder diffraction. Experiments of the reduction of g; tungsten hexahalides with elemental antimony and iron are presented. A cascade of six c compounds is identified during the reduction with antimony, and five compounds or phases are monitored following the reduction with iron. The crystal structure of Fe2W2Cl10 is reported, and two other phases in the Fe--W--Cl system are discussed. [ABSTRACT FROM AUTHOR]

Published
2013
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