Ammonium uranate (AU) powders were precipitated from a uranyl nitrate solution using gaseous ammonia to determine the effect of pH of precipitation on their composition and morphology. Increasing pH of precipitation increased the ammonia and nitrate contents and the specific surface area but decreased the crystallite size of the AU powders. The specific surface area was also increased by increasing the ammonia content of the powder. The composition and morphology of the powders were similar to those reported in the literature for AU precipitated with NH4OH
The precipitation and dissolution of uranium(VI) from aqueous solutions containing 10-3 M uranyl nit...
The appearance of the solid phase in the precipitation system: uranyl nitrate -potassium hydroxide d...
The influencing factors of ammonia content and centrifugal speed on ammonium rhenate recovery from w...
A comprehensive investigation of the factors affecting the properties of ADU precipitates in relatio...
Ammonium diuranate has been precipitated from nitric acid solutions by the addition of anhydrous amm...
The preparation and calcination of ammonium uranates is reviewed. Topics covered include the prepara...
The changes in specific surface area observed during the calcination of ammonium uranate in various ...
The precipi ta t ion of Ammonium diuranate (ABU) forms the f i r s t step in the production of U<...
AbstractUranium metal used for fabrication of fuel for research reactors in India is generally produ...
Uranium concentrate was precipitated using ammonia, pH = 6.8-7.0, temperature 45-50 ºС. The concentr...
WOS: A1996VH02200023Ammonium uranyl carbonate (AUC) powders are prepared by adding 25% ammonium carb...
Nuclear grade ammonium diuranate (ADU) and UO powders were produced on a pilot plant scale by the co...
The ammonium uranate system was studied by thermal analysis, ion-exchange measurements and infra-red...
A mathematical model describing the kinetics of continuous precipitation was developed which account...
The present study has been aimed to investigate the stabilization effects provided by the addition o...
The precipitation and dissolution of uranium(VI) from aqueous solutions containing 10-3 M uranyl nit...
The appearance of the solid phase in the precipitation system: uranyl nitrate -potassium hydroxide d...
The influencing factors of ammonia content and centrifugal speed on ammonium rhenate recovery from w...
A comprehensive investigation of the factors affecting the properties of ADU precipitates in relatio...
Ammonium diuranate has been precipitated from nitric acid solutions by the addition of anhydrous amm...
The preparation and calcination of ammonium uranates is reviewed. Topics covered include the prepara...
The changes in specific surface area observed during the calcination of ammonium uranate in various ...
The precipi ta t ion of Ammonium diuranate (ABU) forms the f i r s t step in the production of U<...
AbstractUranium metal used for fabrication of fuel for research reactors in India is generally produ...
Uranium concentrate was precipitated using ammonia, pH = 6.8-7.0, temperature 45-50 ºС. The concentr...
WOS: A1996VH02200023Ammonium uranyl carbonate (AUC) powders are prepared by adding 25% ammonium carb...
Nuclear grade ammonium diuranate (ADU) and UO powders were produced on a pilot plant scale by the co...
The ammonium uranate system was studied by thermal analysis, ion-exchange measurements and infra-red...
A mathematical model describing the kinetics of continuous precipitation was developed which account...
The present study has been aimed to investigate the stabilization effects provided by the addition o...
The precipitation and dissolution of uranium(VI) from aqueous solutions containing 10-3 M uranyl nit...
The appearance of the solid phase in the precipitation system: uranyl nitrate -potassium hydroxide d...
The influencing factors of ammonia content and centrifugal speed on ammonium rhenate recovery from w...