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Soluble Single-Molecule Magnet: Mn12-stearate.


Abstract

A new polynuclear complex of manganese stearate has been prepared by substitution of acetate with stearic acid. The stearate ion with long alkyl chain was used to isolate molecular $Mn_{12}$ cluster from each other. The $Mn_{12}$-stearate compound prepared is soluble in most organic solvents and resistant against water catalyzed reduction. The $Mn_{12}$-stearate compound shows similar electrochemical, magnetic properties to the pristine $Mn_{12}$-acetate.

Keywords

References

  1. Magnetic Molecular Materials. Gatteschi, D.;Kahn, O.;Miller, J. S.;Palacio, F.;(Eds.)
  2. Molecular Inorganic Magnetic Materials in Inorganic Materials. Kahn, O.;Pei, Y.;Journaux, Y.;Bruce, D. W.;O`Hare, D.;(Eds.)
  3. MRS Bulletin. v.25 no.21 Miller, J. S.;Epstein, A. J.
  4. MRS Bulletin. v.25 no.66 Christou, G.;Gatteschi, D.;Hendrickson, D. N.;Sessoli, R.
  5. Phys. Today. v.34 Dahlberg, E. D.;Zhu, J. G.
  6. Phys. Today. v.48 no.43 Awshalom, D. D.;Di, Vincenzo, D. P.
  7. Science. v.258 no.414 Awschalom, D. D.;Di Vincenzo, D. P.;Smyth, J .F.
  8. Chem. Mater. v.8 no.1770 Leslie-Pelecky, D. L.;Rieke, R .D.
  9. Chem. Mater. v.8 no.1784 Tejada, J.;Ziolo, R. F.;Zhang, X. X.
  10. Phys. Today. v.50 no.17 Schwarzschild, B.
  11. Science. v.274 no.938 Chudnovsky, E. M.
  12. J. Magn. Magn. Mater. v.177 no.1330 Caneshi, A.;Ohm, T.;Paulsen, C.;Rovai, D.;Sangregorio, C.;Sessoli, R.
  13. J. Magn. Magn. Mater. v.200 no.182 Caneschi, A.;Gatteschi, D.;Sangregorio, C.;Sessoli, R.;Sorace, L.;Cornia, A.;Novak, M. A.;Paulsen, C.;Wernsdorfer, W.
  14. Nature. v.365 no.141 Seeoli, R.;Gatteschi, D.;Caneschim A.;Novak, M. A.
  15. Acta Crystallpgr. Sec. B. v.36 no.2042 Lis, T.
  16. J. Am. Chem. Soc. v.113 no.5873 Caneschi, A.;Gatteschi, D.Sessoli, R.;Barra, A. L.;Brunel, L. C.;Guillot, M.
  17. J. Am. Chem. Soc. v.110 no.8537 Boyd, P. D. W.;Li, Q.;Vincent, J. B.;Folting, K.;Chang, H. R.;Streib, W. E.;Huffman, J. C.;Christou, G.;Hendrikson, D. N.
  18. J. Am. Chem. Soc. v.115 no.1804 Sessoli, R.;Tsai, H. L.;Schake, A. R.;Wang, S.;Vincent, J. B.;Folting, K.;Gatteschi, D.;Christou, G.;Hendrickson, D. N.
  19. J. Am. Chem. Soc. v.117 no.301 Eppley, H. J.;Tsai, H. L.;de Vries, N.;Folting, K.;Christou, G.;Hendrickson, D. N.
  20. Chem. Commun. v.2239 Aubin, S. M. J.;Sun, Z.;Guzei, I. A.;Rheingold, A. L.;Christou, G.;Hendrickson, G. N.
  21. Polyhedron. v.16 no.1471 Wei, Y. G.;Zhang, S. W.;Shao, M. C.;Tang, Y. Q.
  22. Angew. Chem. Int. Ed. v.37 no.300 Ruiz, D.;Sun, Z.;Albela, B.;Folting, K.;Ribas, J.;Christou, G.;Hendrickson, D. N.
  23. Inorg. Chem. v.37 no.4758 Sun, Z.;Ruiz,D.;Rumverger, E.;Incarvito, C. D.;Folting, K.;Rheingold, A. L.;Christou, G.;
  24. J. Chem. Soc. Chem. Commun. v.181 Schake, A. R.;Tsai, H. L.;de Vries, N.;Webb, R. J.;Folting, K.;Hendrickson, D. N.;Christou, G.
  25. J. Chem. Soc. Chem. Commun. v.1745 Tsai, H. L.;Eppley, H. J.;de Vries, N.;Folting, K.;Christou, G.;Hendrickson, D. N.
  26. Inorg. Chem. v.38 no.5329 Aubin, S. M. J.;Sun, Z.;Pardi, L.;Krztstek, J.;Folting, K.;Brunel, L. C.;Rheingold, A. L.;Christou, G.;Hendrickson, D. N.
  27. Chem. Commun. v.2417 Soler, M.;Chandra, S. K.;Ruiz, D.;Davidson, E. R.;Hendrickson, D. N.;Christou, G.
  28. Inorg. Chem. v.33 no.6020 Schake, A. R.;Tsai, H. L.;Webb, R. J.;Folting, K.;Christou, G.;Hendrickson, D. N.
  29. Polyhedron. v.15 no.3325 Li, J. Y.;Xu, H.;Zou, J. Z.Xu, Z.;You, X. Z.;Yu, K. P.
  30. Angew, Chem. Int. Ed. v.37 no.2842 Clemente-Leon, M.;Soyer, H.;Coronado, E.;Mingotaud, C.;Gomez-Garcia, C.;Delhaes, P.
  31. Infrared and Raman Spectra of Inorganic and Coordination Compounds, 5th Ed. Nakamoto, K.
  32. Metal Carboxylates. Mehrotra, R. C.;Bohra, R.

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