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首页> 外文期刊>Journal of Thermal Analysis and Calorimetry >Thermal stability and colour properties of new pigments based on BiREO3
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Thermal stability and colour properties of new pigments based on BiREO3

机译:基于BiREO 3 的新型颜料的热稳定性和颜色特性

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摘要

A series of novel environmentally inorganic pigments based on Bi2O3 doped by rare-earth elements RE (Er, Ho, La, Nd, Dy, Lu and Y) have been developed and characterized using methods of thermal analysis, X-ray powder diffraction and by reflectance spectral data. The new pigments have been synthesized from mixtures containing Bi2O3 and RE2O3 by traditional solid-state route. The incorporation of RE3+ into crystal lattice Bi2O3 changes the colour from yellow, yellow-orange to orange. The simultaneous TG–DTA measurements were used for determination of the temperature region of the pigment formation and thermal stability of pigments. The results confirm the positive effect of rare-earth ions doped into Bi2O3 that contribute to a growth of thermal stability of prepared pigments.
机译:稀土元素RE(Er,Ho,La,Nd,Dy,Lu和Y)掺杂的一系列基于Bi 2 O 3 的新型环境无机颜料具有使用热分析方法,X射线粉末衍射法和反射光谱数据开发并表征。传统的固体颜料是由Bi 2 O 3 和RE 2 O 3 的混合物合成的新型颜料。状态路线。在晶格Bi 2 O 3 中掺入RE 3 + 可使颜色从黄色,橙黄色变为橙色。 TG-DTA的同时测量用于确定颜料形成的温度区域和颜料的热稳定性。结果证实了掺入Bi 2 O 3 中的稀土离子的积极作用,这有助于提高所制备颜料的热稳定性。

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