In this study, the rheological properties of various model mortar mixtures are evaluated.
In addition, self-diffusion coefficients of the cations, as well as ionic conductivities and viscosities of the molten salt mixtures are evaluated from FPMD.
The electric properties of multiphase aggregate mixtures are evaluated for a given mineralogic composition at frequencies between 300 kHz and 3 GHz.
The effects of inorganic salts and ionic liquids on the vapor liquid equilibrium for binary mixtures are evaluated by using the approach of semi-regular diagrams (SRD).
These mixtures are evaluated through a comprehensive test program including measuring compressive strength, splitting tensile strength, flexural strength, ultrasonic pulse velocity, drying shrinkage, water absorption and electrical resistivity.
In this work two methods of metallic nanoparticle production, by evaporation/condensation of metal using electrical arc discharge reactors or by chemical reduction of metal salts in aqueous solutions or dry solid/solid mixtures, are evaluated based on the life cycle indicators.
