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- W4285121592 abstract "Recent development of novel particles at nanoscale and worldwide financial worth of nanoparticles attracted all zones of society in last few decades towards nanotechnology. As nanoparticles show unique properties at each size level, leave numerous zones of this field either unexplored or underexplored. A lot different kinds of nanoparticles risen in past decades as like Carbon Nano Tubes (CNTs), Quantum Dots (QDs), ceramics, colloidal nanoparticles etc. Semiconductor nanoparticles or QDs are among the most unforeseen developments in this developing field. QDs of few nanometer range shows strange properties as they have tunable band gap which depends on various factors. Tunable optical and electronic properties of semiconductor QDs resulted in widespread application in chemical, pharmaceutical, biomedical as well as in environmental fields. In recent years QDs made siginificant progress in molecular imaging or bioimaging, in chemical analysis as chemosensors, as an alternative of traditional organic dyes, in drug delivery, in heavy metal detection, in cancer detection and treatment, in dye removal as photocatalyst, in catalytic hydrogen production, as photovoltaic devices, etc. Despite the wide applications of QDs, its own toxicity limited its applications in human health and restricts potential of in vivo studies upto some extent. A review for better understanding of QD’s behaviour by knowing its limitations alongside advantages will help in enhancing efficiency in its applied area as well as will also circumvent the problem of QDs toxicity." @default.
- W4285121592 created "2022-07-14" @default.
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- W4285121592 date "2022-01-01" @default.
- W4285121592 modified "2023-09-26" @default.
- W4285121592 title "Synthesis, Properties and Photo Catalytic Application of Cadmium Based Quantum Dots: A Review" @default.
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- W4285121592 doi "https://doi.org/10.1007/978-3-030-96554-9_22" @default.
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