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Résonance Paramagnétique Electronique, M. Réglier

Annexes. Résonance Paramagnétique Electronique, M. Réglier. Annexe 1: Théorie du champ de ligands. z. z. z. x. y. x. y. x. y. z. z. x. y. x. y. Annexe 1: Théorie du champ de ligands. Les 5 orbitales d. linéaire. tétraédrique. Plan carré. octaédrique. Cu(NH 3 ) 2 +.

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Résonance Paramagnétique Electronique, M. Réglier

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  1. Annexes. Résonance Paramagnétique Electronique, M. Réglier Annexe 1: Théorie du champ de ligands.

  2. z z z x y x y x y z z x y x y Annexe 1: Théorie du champ de ligands.Les 5 orbitales d

  3. linéaire tétraédrique Plan carré octaédrique Cu(NH3)2+ Zn(NH3)4+ Cu(NH3)4++ Fe(NH3)6++ Annexe 1: Théorie du champ de ligands.Principales géométries des complexes

  4. dz2 dx2-y2 0 dxy dxz dyz Annexe 1: Théorie du champ de ligands.Complexe octaédrique

  5. Annexe 1: Théorie du champ de ligands.Effet des ligands Série spectrochimique I- < Br< S2- < Cl- < NO3- < OH- ≈RCOO- < H2O ≈ RS- < NH3 ≈ im < en < bpy < CN- < CO

  6. [CoF6]3- haut spin [Co(CN)6]3- bas spin Annexe 1: Théorie du champ de ligands.Champ faible vs. champ fort

  7. dx2-y2 dxy dz2 dxz dyz Annexe 1: Théorie du champ de ligands.Complexes octaédrique et plan-carré.

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