Organized crystalline assemblies of cobalt salt and g-iron oxide have been produced by in situ matrixmediated biomimetic route. The process makes use of an organized supramolecular matrix and produces cobalt chloride crystals with characteristic morphology of coccolith of alga and nacreous structure of Pinctada martensii. Crystals of g-iron oxide have been produced with typical morphology of aragonite spherulites in regenerated shell of Pomaceae paludosa
Cobalt ferrite particles were synthesized by aerial oxidation of ferrous and cobalt ions at alkaline...
Novel hierarchical cobalt phosphate (alpha- and beta-Co2P2O7) and cobalt hydrogen phosphate hydroxid...
The performance of smart / intelligent materials is dependent on the close interplay between structu...
Organized crystalline assemblies of cobalt salt and γ- iron oxide have been produced by in situ...
A novel method to synthesize monodisperse, fine-sized cobalt particles (average particle size 200 nm...
The energy crisis facing our planet requires solutions that take an interdisciplinary approach to th...
Crystal growth of cobalt (II) oxalate in silica gel at room temperature as precursor of Co3O4 nano p...
Surfactant-coated cobalt nanocrystals can be prepared with a reasonable degree of control over part...
The three projects within this work address the difficulties of controlling biomolecular crystal for...
The objective of this project was to synthesize iron cobalt nanocrystals of specific sizes ranging f...
We studied biomimetic mineralization of self-assembling polymer matrices in order to develop a model...
The exciting possibility of biosynthesis of minerals of variable morphology and with polymorph selec...
We demonstrate a controllable mechanochemical synthesis of cocrystal polymorphs of ascorbic acid (vi...
For at least six hundred million years, life has been a fascinating laboratory of crystallization, r...
Many organisms form elaborate mineralized structures, constituted of highly organized arrangements o...
Cobalt ferrite particles were synthesized by aerial oxidation of ferrous and cobalt ions at alkaline...
Novel hierarchical cobalt phosphate (alpha- and beta-Co2P2O7) and cobalt hydrogen phosphate hydroxid...
The performance of smart / intelligent materials is dependent on the close interplay between structu...
Organized crystalline assemblies of cobalt salt and γ- iron oxide have been produced by in situ...
A novel method to synthesize monodisperse, fine-sized cobalt particles (average particle size 200 nm...
The energy crisis facing our planet requires solutions that take an interdisciplinary approach to th...
Crystal growth of cobalt (II) oxalate in silica gel at room temperature as precursor of Co3O4 nano p...
Surfactant-coated cobalt nanocrystals can be prepared with a reasonable degree of control over part...
The three projects within this work address the difficulties of controlling biomolecular crystal for...
The objective of this project was to synthesize iron cobalt nanocrystals of specific sizes ranging f...
We studied biomimetic mineralization of self-assembling polymer matrices in order to develop a model...
The exciting possibility of biosynthesis of minerals of variable morphology and with polymorph selec...
We demonstrate a controllable mechanochemical synthesis of cocrystal polymorphs of ascorbic acid (vi...
For at least six hundred million years, life has been a fascinating laboratory of crystallization, r...
Many organisms form elaborate mineralized structures, constituted of highly organized arrangements o...
Cobalt ferrite particles were synthesized by aerial oxidation of ferrous and cobalt ions at alkaline...
Novel hierarchical cobalt phosphate (alpha- and beta-Co2P2O7) and cobalt hydrogen phosphate hydroxid...
The performance of smart / intelligent materials is dependent on the close interplay between structu...