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Bridging neutron diffraction investigations

Fig. 19. The structure of Zr(BH4)4, showing the 12-coordinate zirconium atom. The bridging H atoms were not actually located in this early X-ray study (Ref. 99), but a subsequent neutron diffraction investigation on the isostructural Hf(BH4>4 confirmed the correctness of this model (Ref. 101)...

$Fig. 19. The structure of Zr(BH4)4, showing the 12-coordinate zirconium atom. The bridging H atoms were not actually located in this early X-ray study (Ref. 99), but a subsequent neutron diffraction investigation on the isostructural Hf(BH4>4 confirmed the correctness of this model (Ref. 101)...$

Fig. 29. Spin density map within the bridging network of [Mn(Me6-[14]ane-N4)Cu (oxpn)](CF3S03>2 as deduced from a polarized neutron diffraction investigation solid and dotted lines are used for positive and negative spin densities, respectively. From Baron et al. (58).

$Fig. 29. Spin density map within the bridging network of [Mn(Me6-[14]ane-N4)Cu (oxpn)](CF3S03>2 as deduced from a polarized neutron diffraction investigation solid and dotted lines are used for positive and negative spin densities, respectively. From Baron et al. (58).$

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Neutron diffraction