Two clay minerals of the similar 2 : 1 layer structure and chemical composition, vermiculite and montmorillonite, were studied using a wide spectrum of experimental methods in their original states and the magnetically modified states after mixing with microwave-synthesized iron oxide particles. This magnetic modification led to different microstructural morphology influencing magnetic behaviour at room and more pronounced at low temperatures.Web of Scienceart. no. 373810
Two natural vermiculites (Ver) with very similar chemical composition but slightly different low cha...
Herein we report on synthetic iron-intercalated vermiculites prepared from a Mg-vermiculite mineral ...
International audienceWe present a detailed investigation of the molecular structure of montmorillon...
Two clay minerals of the similar 2 : 1 layer structure and chemical composition, vermiculite and mon...
A natural mineral from Santa Marta-Colombia used as the starting material in the synthesis of pillar...
When suspended in solution, clay platelets coated with nanometer-scale magnetite particles behave as...
A new magnetic montmorillonite hybrid materials of iron (Fe II, Fe III) with Iraqi (Traifawi) montmo...
This work presents results of biological formation of magnetite under a variety of laboratory condit...
Magnetic pillared clays (Ti-M-PILCs, Al-M-PILCs, and Zr-M-PILCs) have been prepared from montmorillo...
The magnetism of clay minerals - and more generally of lamellar silicates - comes from the iron atom...
Although silicate minerals are the principal constituents of Earth’s crust and mantle and iron is th...
Magnetic enhancement of Chinese loess‐paleosol sequences has been used extensively as a proxy for Ea...
The effect the modification (pillarization) of montmorillonite clays from different locations has on...
A B S T R ACT: The mineralogy, crystallochemistry and microfabric of clay minerals from acidic soils...
Iron-minerals-water interactions are of primary importance in the contexts of underground structure ...
Two natural vermiculites (Ver) with very similar chemical composition but slightly different low cha...
Herein we report on synthetic iron-intercalated vermiculites prepared from a Mg-vermiculite mineral ...
International audienceWe present a detailed investigation of the molecular structure of montmorillon...
Two clay minerals of the similar 2 : 1 layer structure and chemical composition, vermiculite and mon...
A natural mineral from Santa Marta-Colombia used as the starting material in the synthesis of pillar...
When suspended in solution, clay platelets coated with nanometer-scale magnetite particles behave as...
A new magnetic montmorillonite hybrid materials of iron (Fe II, Fe III) with Iraqi (Traifawi) montmo...
This work presents results of biological formation of magnetite under a variety of laboratory condit...
Magnetic pillared clays (Ti-M-PILCs, Al-M-PILCs, and Zr-M-PILCs) have been prepared from montmorillo...
The magnetism of clay minerals - and more generally of lamellar silicates - comes from the iron atom...
Although silicate minerals are the principal constituents of Earth’s crust and mantle and iron is th...
Magnetic enhancement of Chinese loess‐paleosol sequences has been used extensively as a proxy for Ea...
The effect the modification (pillarization) of montmorillonite clays from different locations has on...
A B S T R ACT: The mineralogy, crystallochemistry and microfabric of clay minerals from acidic soils...
Iron-minerals-water interactions are of primary importance in the contexts of underground structure ...
Two natural vermiculites (Ver) with very similar chemical composition but slightly different low cha...
Herein we report on synthetic iron-intercalated vermiculites prepared from a Mg-vermiculite mineral ...
International audienceWe present a detailed investigation of the molecular structure of montmorillon...