Neutron diffraction structure determinations of transition metal hydrides have been reviewed.
Molecular complexes as well as solid state compounds are surveyed; both structures …

This article is an update of a review written1 some 10 years ago. It covers the currently
known solid-state complex homoleptic transition (T) metal hydrido complexes and some of …

A large number of ternary hydrides of transition metals and alkali or alkaline earth metals
have been synthesized and structurally characterized in the last twenty years. These …

To understand hydrogen absorption and desorption properties and to design hydrogen
storage materials, structural information (especially, hydrogen position information) is …

Mg6Ir2H11 has been synthesised by both hydrogenation of the intermetallic compound
Mg3Ir at 20 bar and∼ 300° C, and sintering of the elements at∼ 500° C under 50 bar …

With modern X-ray diffraction refinement methods it was shown to be possible to identify a
new Mg3MnH∼ 6 phase from a minute sample volume in spite of poor crystallinity and …

The first iridium mononuclear monoanionic monohydrides are synthesized by the reaction of
[(i-Pr3P) 2Ir (H) X2](X= I or Cl) with Bu4NI and PPNCl in acetone. Both mer-trans anions (X …

A number of new quaternary iridium based hydrides and deuterides AAeIrH/D6 (where A=
Na and K; Ae= Ca, Ba, Sr, and Eu) have been synthesized by direct combination of the …

Hydrogenation of CeIrSb, leading to CeIrSbH, induces changes of the electronic structure
that we address within the density functional theory. The ab initio positioning of hydrogen …

The triad of cobalt, rhodium and iridium in the 9th periodic table subgroup belong to a class
of metals which do not form hydrides in direct reactions with gaseous hydrogen under lower …