The purpose of this work was to prepare non-traditional cobalt pigment with blue colouring with a minimum content of cobalt. Moreover, in the case of incorporation of the pigment into the vitreous surface of leadless glaze, there is only minimum change of the contamination of the environment. For the synthesis of these compounds the classical ceramic method was used. This method is based on the solid state reaction. Older ceramic methods of the solid state reaction phase were carried out only with one calcination temperature. However, the late works emphasize the appropriateness of the use of multiple calcination procedures for obtaining of products with higher quality. Therefore, the objective of this work was to compare samples, which wer...
Tato práce se věnuje problematice modrých pigmentů na bázi kobaltem dopovaných spinelů. V základním...
An innovative and facile synthesis of cobalt based inorganic pigment was carried out by means of a l...
The ceramic pigments of formula Sn0.752Co0.08P0.16Mn0.008O2 were prepared by classical ceramic metho...
This paper supports the point of research on doping of inorganic materials – in this case pigments –...
The aim of this doctoral thesis was to investigate the analogous pigments to historical green pigmen...
The compounds of formula Sn0.752Co0.08P0.16Mn0.008O2 were prepared by classical ceramic method and a...
Klasickou keramickou metodou, která je založena na reakci v tuhé fázi, byly připraveny modré až modr...
Zaměření výzkumu bylo soustředěno na zkoumání fosforečnanů, které vznikají v ternární oxidické soust...
In the ceramics industry are becoming more predominantly inorganic nature pigments. Studies in this ...
The compounds: Co3Cr4(PO4)6, Cr(PO3)3 and CoCr2(P2O7)2 were tested for possible application as ceram...
This research was focused on the preparation of mixed metal oxide pigments doped with terbium ions w...
X-ray diffraction analysis (XRD), infrared (IR) spectroscopy and scanning electron microscopy have b...
The aim of this doctoral thesis was to investigate the analogous pigments to historical green pigmen...
Tato diplomová práce se zabývá přípravou perovskitových pigmentů typu SrTiO3, kde byly jak ionty str...
This study considers the limitations of cobalt violet orthophosphate, Co3P2O8, in the ceramic indust...
Tato práce se věnuje problematice modrých pigmentů na bázi kobaltem dopovaných spinelů. V základním...
An innovative and facile synthesis of cobalt based inorganic pigment was carried out by means of a l...
The ceramic pigments of formula Sn0.752Co0.08P0.16Mn0.008O2 were prepared by classical ceramic metho...
This paper supports the point of research on doping of inorganic materials – in this case pigments –...
The aim of this doctoral thesis was to investigate the analogous pigments to historical green pigmen...
The compounds of formula Sn0.752Co0.08P0.16Mn0.008O2 were prepared by classical ceramic method and a...
Klasickou keramickou metodou, která je založena na reakci v tuhé fázi, byly připraveny modré až modr...
Zaměření výzkumu bylo soustředěno na zkoumání fosforečnanů, které vznikají v ternární oxidické soust...
In the ceramics industry are becoming more predominantly inorganic nature pigments. Studies in this ...
The compounds: Co3Cr4(PO4)6, Cr(PO3)3 and CoCr2(P2O7)2 were tested for possible application as ceram...
This research was focused on the preparation of mixed metal oxide pigments doped with terbium ions w...
X-ray diffraction analysis (XRD), infrared (IR) spectroscopy and scanning electron microscopy have b...
The aim of this doctoral thesis was to investigate the analogous pigments to historical green pigmen...
Tato diplomová práce se zabývá přípravou perovskitových pigmentů typu SrTiO3, kde byly jak ionty str...
This study considers the limitations of cobalt violet orthophosphate, Co3P2O8, in the ceramic indust...
Tato práce se věnuje problematice modrých pigmentů na bázi kobaltem dopovaných spinelů. V základním...
An innovative and facile synthesis of cobalt based inorganic pigment was carried out by means of a l...
The ceramic pigments of formula Sn0.752Co0.08P0.16Mn0.008O2 were prepared by classical ceramic metho...