Obtaining and Characterisation of Thermoresistive Pigments

The paper describes the obtaining and chemical and physico-structural characterisation of a green thermoresistive pigment. The pigment is made of ZnO dopped with Sb, Bi, Cr, Co and Fe oxides and it is used at mosaics and stained glass. The procedure is based on a sequential coprecipitation “layer on layer” process in aqueous solution, followed by drying and calcinations at controlled temperature conditions, then grinding in a colloidal mill and mixed with glass powder forming the “frit pigment”. This by vitrification and frosting colours superficial the glass. The powder was analysed by SEM-EDX and DSC

Bistable-Type Interactions Of Complex Systems In A Fractal Paradigm Of Motion

In the present paper the "interface" dynamics in the case of two complex systems interaction, assimilated to fractal-type mathematical objects, are analyzed. In such context, fractal bistable-type behaviors as transitions in the scale space are obtained. Our findings can be applied to natural bistable behaviors, such as temperature inversion in the planetary boundary layer.SCI-STI-C

Bistable-Type Interactions Of Complex Systems In A Fractal Paradigm Of Motion

In the present paper the "interface" dynamics in the case of two complex systems interaction, assimilated to fractal-type mathematical objects, are analyzed. In such context, fractal bistable-type behaviors as transitions in the scale space are obtained. Our findings can be applied to natural bistable behaviors, such as temperature inversion in the planetary boundary layer.SCI-STI-C