Low Dimensional Carbon For White Light Emission and Sensing - Thomas, Vinoy;Mathew, Raji Mary
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Low dimensional structures confines the motion of the charge carriers in conduction band and valance band in all three spacial directions. The confinement of the charge particle leads to a promising changes in their physical, chemical, electrical, mechanical, and optical properties. Here, in this book, we emphasize the " green synthesis of fluorescent low dimensional carbon for white light emission and sensing". Green synthesis techniques were used for the synthesis of optically active carbon. Selective sensing of metal nanoparticle and use of the highly fluorescent carbon were also described in this book as a student approach.…mehr

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Produktbeschreibung
Low dimensional structures confines the motion of the charge carriers in conduction band and valance band in all three spacial directions. The confinement of the charge particle leads to a promising changes in their physical, chemical, electrical, mechanical, and optical properties. Here, in this book, we emphasize the " green synthesis of fluorescent low dimensional carbon for white light emission and sensing". Green synthesis techniques were used for the synthesis of optically active carbon. Selective sensing of metal nanoparticle and use of the highly fluorescent carbon were also described in this book as a student approach.
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Autorenporträt
Le Dr Vinoy Thomas travaille comme professeur associé en physique au Christian College Chengannur, Université de Kerala, Inde. Son domaine d'intérêt comprend le développement de matériaux verts pour des applications fonctionnelles définies. Mme Raji Mary Mathew est chargée de recherche au département de physique du Christian College Chengannur, en Inde.