Additions of 0.5 to 2.0 mol% of CoO or MnO2 onto SnO, promote densification of this oxide up to 99% of theoretical density. The temperature of the maximum shrinkage rate (TM) and the relative density in the maximum densification rate (p*) during constant sintering heating rate depend on the dopant concentration. Thus, dopant concentration controls the densifying and nondensifying mechanisms during sintering. The densification of SnO2 witih addition of CoO or MnO, is explained in terms of the creation of oxygen vacancies
Os pós à base de óxido de estanho são conhecidos por apresentarem baixa densificação mesmo a tempera...
This paper reviews the influence of particle size distribution, agglomerates, rearrangement, sinteri...
SnO, : m mol % Co0 (0.5 I m I 6.0) ceramic specimens were studied by impedance spectroscopy in the 5...
The present work presents results on natural sintering of tin dioxide ceramics, prepared by a chemic...
Tin oxide is an n type semiconductor material with a high covalent behavior. Mass transport in this ...
Compared with the CuO–SnO2 system, there is a lack of experimental evidence of a eutectic liquid pha...
Addition of 0.5 mol% of CoO into SnO2 promotes densification of this oxide to 99% of the theoretical...
Sintering of pure SnO2 to high densities is difficult due to its high vapor pressure, and hence, add...
Mn(II) doped SnO2 thin films used for shielding fluoride glasses against corrosion were investigated...
The physicochemical electronic characteristics of SnO2 render it useful in many technical applicatio...
SnO2:m mol% CoO (0.5 less than or equal to m less than or equal to 6.0) ceramic specimens were studi...
High purity SnO 2 powder (>99.9%) was compacted in cylindrical pellets and sintered in atmospheres o...
Cerâmicas densas de óxido de estanho são muito promissoras para aplicações tecnológicas como varisto...
Sintering of SnO 2 compacts, obtained through slip casting, was studied by means of dilatometry, Hg ...
Controlling sintering is a critical aspect for the processing of dense parts and to improve stabilit...
Os pós à base de óxido de estanho são conhecidos por apresentarem baixa densificação mesmo a tempera...
This paper reviews the influence of particle size distribution, agglomerates, rearrangement, sinteri...
SnO, : m mol % Co0 (0.5 I m I 6.0) ceramic specimens were studied by impedance spectroscopy in the 5...
The present work presents results on natural sintering of tin dioxide ceramics, prepared by a chemic...
Tin oxide is an n type semiconductor material with a high covalent behavior. Mass transport in this ...
Compared with the CuO–SnO2 system, there is a lack of experimental evidence of a eutectic liquid pha...
Addition of 0.5 mol% of CoO into SnO2 promotes densification of this oxide to 99% of the theoretical...
Sintering of pure SnO2 to high densities is difficult due to its high vapor pressure, and hence, add...
Mn(II) doped SnO2 thin films used for shielding fluoride glasses against corrosion were investigated...
The physicochemical electronic characteristics of SnO2 render it useful in many technical applicatio...
SnO2:m mol% CoO (0.5 less than or equal to m less than or equal to 6.0) ceramic specimens were studi...
High purity SnO 2 powder (>99.9%) was compacted in cylindrical pellets and sintered in atmospheres o...
Cerâmicas densas de óxido de estanho são muito promissoras para aplicações tecnológicas como varisto...
Sintering of SnO 2 compacts, obtained through slip casting, was studied by means of dilatometry, Hg ...
Controlling sintering is a critical aspect for the processing of dense parts and to improve stabilit...
Os pós à base de óxido de estanho são conhecidos por apresentarem baixa densificação mesmo a tempera...
This paper reviews the influence of particle size distribution, agglomerates, rearrangement, sinteri...
SnO, : m mol % Co0 (0.5 I m I 6.0) ceramic specimens were studied by impedance spectroscopy in the 5...