Optical and electrical properties of Mg~(2+)and Li+doped Eu~(3+):Sn0_2nanocrystallites

机译：Mg〜（2+）和Li +掺杂EU〜（3 +）：SN0_2NANOCrystallites的光学和电气性能

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The europium-doped tin dioxide nanopowders co-doped with Mg~(2+)and Li' ions were synthesized using modifiedPechini method. In order to determination of structure and morphology of obtained powders the X-ray diffraction (XRD)measurement were carried out. The photoluminescence of obtained powders were measured. Intensity of emission wascompared using blue ZnS:Ag reference peak method. The intensity of emission of samples with different Me, Li+concentration and pure Eu~(:SnO_2were compared. After that mixed powders were deposited on ITO-glass slide. Thecathodoluminescence of obtained layers were also measured and compared. In the same time, slurries with obtainednanoparticles were carried out. The layers consisted obtained nanopowders were fabricated from prepared slurries usingspin-coating method. The electrical properties of obtained layers measured and compared. The influence of co-doping,properties and the potential application of obtained nanopowders will be discussed

机译：使用ModifiedPechini方法合成了共掺杂有Mg〜（2+）和Li'离子的铕掺杂的锡二氧化钛纳米粉末。为了确定所得粉末的结构和形态，进行X射线衍射（XRD）测量。测量所得粉末的光致发光。使用蓝色ZnS：Ag参考峰值方法对发射的强度进行分配。用不同的Me，Li +浓度和纯EU〜（比较的样品的强度。（比较。在ITO-玻璃载玻片上沉积混合粉末之后。还测量并比较了所得层的转氨溶解。同时，浆料进行了通过的研制基氨基颗粒。将纳米粉末组成，由制备的浆料制备纳米粉末制备萘宾涂层方法。测量并比较所得到的层的电性能。将讨论相应的纳米掺杂，性质和所获得的纳米孔的潜在应用的影响

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《Conference on optical components and materials》|2009年||共10页
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Piotr Psuja; Wieslaw Strek;
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中图分类 TB342;
关键词
nanocrystallites; phosphors; Sno_2; luminescence; Mg~(2+);

机译：纳米晶体;荧光粉;sno_2;发光;mg〜（2+）;

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Optical and electrical properties of Mg~(2+)and Li+doped Eu~(3+):Sn0_2nanocrystallites

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