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Andreas Hauser

Researcher at University of Geneva

Publications -  242
Citations -  14532

Andreas Hauser is an academic researcher from University of Geneva. The author has contributed to research in topics: Spin crossover & Spin transition. The author has an hindex of 54, co-authored 234 publications receiving 13479 citations. Previous affiliations of Andreas Hauser include University of Mainz & Bulgarian Academy of Sciences.

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Journal ArticleDOI

Structural study of mixed crystals of [Zn(1-x)Ru(x)(bpy)(3)][NaCr(ox)(3)] probed by high-resolution absorption spectroscopy and high-pressure experiments.

TL;DR: High-resolution absorption spectroscopy in the region of the (4)A(2)-->(2)E transition (R-lines) reveals the creation of five specific spectroscopic sites for the [Cr(ox)(3)](3-) complex.
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Analysis of First Order Reversal Curves in the Thermal Hysteresis of Spin-crossover Nanoparticles within the Mechanoelastic Model

TL;DR: In this paper, the authors apply the First Order Reversal Curves (FORC) method to find correlations between the distributions in size and interactions and the transition temperatures distribution, using simulations based on a mechanoelastic model applied to 2D triangular lattices composed of molecules linked by springs and embedded in a surfactant.
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Determination of the molecular structure of the short-lived light-induced high-spin state in the spin-crossover compound [Fe(6-mepy) 3 tren](PF 6 ) 2

TL;DR: In this paper, the difference in metal-ligand bond length between the high-spin and low-spin states is found to be 0.192 angstrom, obtained from an analysis of the experimental data using the mean-field approximation to model cooperative effects.
Journal ArticleDOI

DFT Study of Mixed-Valent Mn(II/III) Hexacyanide Clusters

TL;DR: In this article, the relative stabilities of the mononuclear complexes [Mn(CN)6]z- (z = 2 to 4) have been studied as a function of the oxidation state, spin configuration, and the linkage isomerism of the cyanide ligand.
Book ChapterDOI

Photophysical properties of three-dimensional transition metal tris-oxalate network structures

TL;DR: In this article, the three-dimensional oxalate networks of composition [MIII(bpy)3][MIMIII(ox)3]ClO4 (bpy=2,2-bipyridine, ox=oxalate, MI=alkali ion) allow for a variety of combinations of different transition metal ions.