We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-ethyl-3-methylimidazolium bromide and 1-ethylpyridinium bromide under a variety of conditions. The chains can be prepared as pure phases or along with three dimensional framework phases. The chains are favoured at shorter heating times and the crystallinity can be improved by addition of transition metal acetates and amines which are not included in the final structure. The chain can be prepared with or without the presence of hydrofluoric acid
Water plays an important role in ionothermal synthesis and it has been suggested that it can influen...
A novel aluminophosphate chain structure, Al(H2PO4)(2)F, has been synthesised ionothermally using th...
The hydrothermal crystallisation (130-180 °C) of three-dimensional open-framework gallium and alumin...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
Four aluminum and gallium phosphates including AlPO(4)-quartz (1), GaPO(4)-quartz (2), AlPO(4)-LTA (...
Two crystalline metal phosphates (metal = Be and Al) were prepared under ionothermal conditions usin...
Water plays an important role in ionothermal synthesis and it has been suggested that it can influen...
The formation mechanisms of microporous materials synthesized under mild hydrothermal conditions are...
Water plays an important role in ionothermal synthesis and it has been suggested that it can influen...
A novel aluminophosphate chain structure, Al(H2PO4)(2)F, has been synthesised ionothermally using th...
The hydrothermal crystallisation (130-180 °C) of three-dimensional open-framework gallium and alumin...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
We have prepared isostructural aluminium and gallium phosphate chains by ionothermal reactions in 1-...
Four aluminum and gallium phosphates including AlPO(4)-quartz (1), GaPO(4)-quartz (2), AlPO(4)-LTA (...
Two crystalline metal phosphates (metal = Be and Al) were prepared under ionothermal conditions usin...
Water plays an important role in ionothermal synthesis and it has been suggested that it can influen...
The formation mechanisms of microporous materials synthesized under mild hydrothermal conditions are...
Water plays an important role in ionothermal synthesis and it has been suggested that it can influen...
A novel aluminophosphate chain structure, Al(H2PO4)(2)F, has been synthesised ionothermally using th...
The hydrothermal crystallisation (130-180 °C) of three-dimensional open-framework gallium and alumin...