In addition to the well-known α and β modifications, nickel hydroxide is shown to exist in a number of poorly crystalline forms - clearly distinguishable by their signature X-ray powder diffraction patterns. DIFFaX simulations combined with compositional analysis and IR spectral data indicate that these are interstratified phases consisting or α- and β-type structural motifs intermixed in varying proportions
The synthesis of nickel hydroxide by precipitation from a suitable solution containing dissolved Ni2...
β-Nickel hydroxide crystallizes in brucite structure with a stacking of charge neutral Ni(OH)2 laye...
The higher reversible discharge capacity exhibited by βbc (bc: badly crystalline)-nickel hydroxide ...
In addition to the well-known \alpha and \beta modifications, nickel hydroxide is shown to exist in ...
A novel phase of nickel hydroxide with an average interlayer spacing 5.4-5.6 Angstrom has been synth...
Nickel hydroxide samples obtained by strong alkali precipitation are replete with stacking faults. T...
A novel phase of nickel hydroxide with an average interlayer spacing 5.4-5.6 Å has been synthesized ...
Nickel hydroxide samples obtained by strong alkali precipitation are replete with stacking faults. T...
Layered metal hydroxides exhibit non-uniform broadening of lines in their X-ray powder diffraction (...
We use first-principles pseudopotential-based density functional theory calculations to determine th...
α-Nickel hydroxide is isostructural with the hydroxide-rich basic salts of nickel. The anions in th...
We use first-principles pseudopotential-based density functional theory calculations to determine th...
The formation of stacking faults and phase interstratification disorder in the layered nickel(II) hy...
βbc-Nickel hydroxide exhibit non-uniform broadening reflections in their PXRD pattern due to the pre...
The higher reversible discharge capacity exhibited by $\beta_{bc}$ (bc: badly crystalline)-nickel hy...
The synthesis of nickel hydroxide by precipitation from a suitable solution containing dissolved Ni2...
β-Nickel hydroxide crystallizes in brucite structure with a stacking of charge neutral Ni(OH)2 laye...
The higher reversible discharge capacity exhibited by βbc (bc: badly crystalline)-nickel hydroxide ...
In addition to the well-known \alpha and \beta modifications, nickel hydroxide is shown to exist in ...
A novel phase of nickel hydroxide with an average interlayer spacing 5.4-5.6 Angstrom has been synth...
Nickel hydroxide samples obtained by strong alkali precipitation are replete with stacking faults. T...
A novel phase of nickel hydroxide with an average interlayer spacing 5.4-5.6 Å has been synthesized ...
Nickel hydroxide samples obtained by strong alkali precipitation are replete with stacking faults. T...
Layered metal hydroxides exhibit non-uniform broadening of lines in their X-ray powder diffraction (...
We use first-principles pseudopotential-based density functional theory calculations to determine th...
α-Nickel hydroxide is isostructural with the hydroxide-rich basic salts of nickel. The anions in th...
We use first-principles pseudopotential-based density functional theory calculations to determine th...
The formation of stacking faults and phase interstratification disorder in the layered nickel(II) hy...
βbc-Nickel hydroxide exhibit non-uniform broadening reflections in their PXRD pattern due to the pre...
The higher reversible discharge capacity exhibited by $\beta_{bc}$ (bc: badly crystalline)-nickel hy...
The synthesis of nickel hydroxide by precipitation from a suitable solution containing dissolved Ni2...
β-Nickel hydroxide crystallizes in brucite structure with a stacking of charge neutral Ni(OH)2 laye...
The higher reversible discharge capacity exhibited by βbc (bc: badly crystalline)-nickel hydroxide ...