A review is given of liquid crystals formed in colloidal dispersions, in particular those consisting of mineral particles. Starting with the historical development and early theory, the characteristic properties related to the colloidal nature of this type of liquid crystals are discussed. The possibility to find biaxial nematic and smectic phases is described for mixtures of rods and plates and recent examples are given of biaxial liquid crystal phases of mineral particles with inherent biaxial shape
A novel model system of hard colloidal platelets was observed to phase-separate into an isotropic an...
We find that particle biaxiality in general destabilizes the biaxial nematic phase already present i...
A novel model system of hard colloidal platelets was observed to phase-separate into an isotropic an...
Biaxial nematic and biaxial smectic phases were found in a colloidal model system of goethite ( -FeO...
The central topic of this thesis is the formation, manipulation and characterization of colloidal mi...
Dispersions of board-like goethite (-FeOOH) particles with short-range repulsive interaction form a ...
The phase behavior of rod-plate mixtures was investigated using model systems of unambiguously rod- ...
This thesis deals with liquid crystalline phases and in particular liquid crystal drops in suspensio...
We find that particle biaxiality in general destabilizes the biaxial nematic phase already present i...
The phase behavior of rod-plate mixtures was investigated using model systems containing unambiguous...
The formation of biaxial nematic phases in mixtures of surfactants and water is discussed. Emphasis ...
The formation of biaxial nematic phases in mixtures of surfactants and water is discussed. Emphasis ...
We find that particle biaxiality in general destabilizes the biaxial nematic phase already present i...
The formation of biaxial nematic phases in mixtures of surfactants and water is discussed. Emphasis ...
Liquid Crystals are a state of matter that have properties between those of conventional liquid and ...
A novel model system of hard colloidal platelets was observed to phase-separate into an isotropic an...
We find that particle biaxiality in general destabilizes the biaxial nematic phase already present i...
A novel model system of hard colloidal platelets was observed to phase-separate into an isotropic an...
Biaxial nematic and biaxial smectic phases were found in a colloidal model system of goethite ( -FeO...
The central topic of this thesis is the formation, manipulation and characterization of colloidal mi...
Dispersions of board-like goethite (-FeOOH) particles with short-range repulsive interaction form a ...
The phase behavior of rod-plate mixtures was investigated using model systems of unambiguously rod- ...
This thesis deals with liquid crystalline phases and in particular liquid crystal drops in suspensio...
We find that particle biaxiality in general destabilizes the biaxial nematic phase already present i...
The phase behavior of rod-plate mixtures was investigated using model systems containing unambiguous...
The formation of biaxial nematic phases in mixtures of surfactants and water is discussed. Emphasis ...
The formation of biaxial nematic phases in mixtures of surfactants and water is discussed. Emphasis ...
We find that particle biaxiality in general destabilizes the biaxial nematic phase already present i...
The formation of biaxial nematic phases in mixtures of surfactants and water is discussed. Emphasis ...
Liquid Crystals are a state of matter that have properties between those of conventional liquid and ...
A novel model system of hard colloidal platelets was observed to phase-separate into an isotropic an...
We find that particle biaxiality in general destabilizes the biaxial nematic phase already present i...
A novel model system of hard colloidal platelets was observed to phase-separate into an isotropic an...