量子点
纳米技术
纳米晶
锌
硫化锌
材料科学
环境友好型
半导体
氧化物
半导体材料
石墨烯
发光
光电子学
冶金
生态学
生物
作者
Crislaine Sandri,Maria Victória Krieger,Wallison Chaves Costa,Arleide Rosa da Silva,Ivan H. Bechtold,Lizandra Maria Zimmermann
出处
期刊:Química Nova
[Brazilian Chemical Society]
日期:2017-08-29
被引量:2
标识
DOI:10.21577/0100-4042.20170114
摘要
ENVIRONMENTALLY FRIENDLY QUANTUM DOTS: HIGHLIGHTING ZINC OXIDE.Semiconductor nanocrystals with sizes in the quantum confinement regime (2-10 nm) present special physical and chemical properties.Additionally, environment-friendly quantum dots (QDs), as zinc oxide and zinc sulfide, offer many practical usages.Herein the ZnO semiconductor nanocrystals properties will be preferentially explored, such as its luminescence, broad spectrum UV absorber and electronics performances, and therefore its multifunctionality, as well as its advantages compared to some toxics QDs.A review is carefully presented stressing some synthesis approaches for applications reasons toward devices, chemosensors, biological labels, UV-absorbers and photocatalysis.ZnO QDs have been used in combination with organic and other inorganic materials.Hybrid materials have many advantages compared to their individual contents leading to important contributions to science and technology.As a result, an important growth in material fields is noticeable.
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