A novel phase of nickel hydroxide with an average interlayer spacing 5.4-5.6 Å has been synthesized which is neither α nor β type but is an interstratification of both. It ages to the β form in strong alkali. These observations have implications on the dissolution-reprecipitation mechanism suggested for the α → β transformation of nickel hydroxide
Observations on the solubility of nickelous hydroxide, prepared by wing different proportions of nic...
Nickel hydroxides are widely used as electrochemically active substances in alkaline batteries and h...
β-Nickel hydroxide crystallizes in brucite structure with a stacking of charge neutral Ni(OH)2 laye...
A novel phase of nickel hydroxide with an average interlayer spacing 5.4-5.6 Angstrom has been synth...
α-Nickel hydroxide is isostructural with the hydroxide-rich basic salts of nickel. The anions in th...
In addition to the well-known α and β modifications, nickel hydroxide is shown to exist in a numbe...
In addition to the well-known \alpha and \beta modifications, nickel hydroxide is shown to exist in ...
Nickel hydroxide samples obtained by strong alkali precipitation are replete with stacking faults. T...
The synthesis of nickel hydroxide by precipitation from a suitable solution containing dissolved Ni2...
The formation of stacking faults and phase interstratification disorder in the layered nickel(II) hy...
Nickel hydroxide samples obtained by strong alkali precipitation are replete with stacking faults. T...
The recovery of nickel from spent nickel catalyst for the preparation of nickel hydroxide was studie...
Nickel hydroxide prepared by a complexation–precipitation route yields a very fine particle material...
Homogeneous precipitation from solution by hydrolysis of urea at elevated temperatures (T= 120°C) y...
This review article summarizes the last few decades of research on nickel hydroxide, an important ma...
Observations on the solubility of nickelous hydroxide, prepared by wing different proportions of nic...
Nickel hydroxides are widely used as electrochemically active substances in alkaline batteries and h...
β-Nickel hydroxide crystallizes in brucite structure with a stacking of charge neutral Ni(OH)2 laye...
A novel phase of nickel hydroxide with an average interlayer spacing 5.4-5.6 Angstrom has been synth...
α-Nickel hydroxide is isostructural with the hydroxide-rich basic salts of nickel. The anions in th...
In addition to the well-known α and β modifications, nickel hydroxide is shown to exist in a numbe...
In addition to the well-known \alpha and \beta modifications, nickel hydroxide is shown to exist in ...
Nickel hydroxide samples obtained by strong alkali precipitation are replete with stacking faults. T...
The synthesis of nickel hydroxide by precipitation from a suitable solution containing dissolved Ni2...
The formation of stacking faults and phase interstratification disorder in the layered nickel(II) hy...
Nickel hydroxide samples obtained by strong alkali precipitation are replete with stacking faults. T...
The recovery of nickel from spent nickel catalyst for the preparation of nickel hydroxide was studie...
Nickel hydroxide prepared by a complexation–precipitation route yields a very fine particle material...
Homogeneous precipitation from solution by hydrolysis of urea at elevated temperatures (T= 120°C) y...
This review article summarizes the last few decades of research on nickel hydroxide, an important ma...
Observations on the solubility of nickelous hydroxide, prepared by wing different proportions of nic...
Nickel hydroxides are widely used as electrochemically active substances in alkaline batteries and h...
β-Nickel hydroxide crystallizes in brucite structure with a stacking of charge neutral Ni(OH)2 laye...