L. Cataldo

发表

Isolation of a Highly Persistent Diphosphanyl Radical: The Phosphorus Analogue of a Hydrazyl This work was supported by the ETH Zürich and Swiss National Science Foundation.

A. Magistrato, M. Geoffroy, S. Hoffmann, 2001, Angewandte Chemie.

Effect of conformational changes on a one-electron reduction process: evidence of a one-electron P-P bond formation in a bis(phosphinine).

Audrey Moores, M. Geoffroy, P. le Floch, 2004, Chemistry.

Formation of a phosphorus-phosphorus bond by successive one-electron reductions of a two-phosphinines-containing macrocycle: crystal structures, EPR, and DFT investigations.

M. Geoffroy, P. le Floch, L. Ricard, 2001, Journal of the American Chemical Society.

Tetrathiafulvalene-phosphine-based iron and ruthenium carbonyl complexes: electrochemical and EPR studies.

N. Avarvari, E. Levillain, F. Sauvage, 2005, Physical chemistry chemical physics : PCCP.

Formation and structure of Rh(0) complexes of phosphinine-containing macrocycles: EPR and DFT investigations

N. Avarvari, M. Geoffroy, P. Floch, 2002 .

Using the diphosphanyl radical as a potential spin label: effect of motion on the EPR spectrum of an R1(R2)P--PR1 radical.

M. Geoffroy, S. Misra, H. Grützmacher, 2005, Chemistry.

Binary system SmCo: revision of the phase diagram in the Co rich field

C. Allibert, M. Cohen‐Adad, A. Lefevre, 1996 .

The ternary system SmCoZr isoplethic sections at Co=87 and 85

M. Cohen‐Adad, B. Mentzen, A. Lefevre, 1997 .

The ternary system SmCoZr isoplethic section at Co = 89 at.%

C. Allibert, M. Cohen‐Adad, A. Lefevre, 1996 .

A representation of the SmCoZrCuFe quinary system: a tool for optimisation of permanent magnets

M. Cohen‐Adad, B. Mentzen, A. Lefevre, 1997 .

Optimisation of 2/17 permanent magnets using the quinary Sm–Co–Cu–Fe–Zr phase diagram

M. Cohen‐Adad, B. Mentzen, A. Lefevre, 1998 .