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Titlebook: Nanoscale Matter and Principles for Sensing and Labeling Applications; Dambarudhar Mohanta,Purushottam Chakraborty Book 2024 The Editor(s)

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發(fā)表于 2025-3-21 16:12:41 | 只看該作者 |倒序?yàn)g覽 |閱讀模式
書目名稱Nanoscale Matter and Principles for Sensing and Labeling Applications
編輯Dambarudhar Mohanta,Purushottam Chakraborty
視頻videohttp://file.papertrans.cn/661/660942/660942.mp4
概述Delves into photo-sensing and persistent photoconductivity by using nanoscale semiconductors.Discusses the subjects of nanoscale matter, sensing, and labeling applications.Features an array of materia
叢書名稱Advanced Structured Materials
圖書封面Titlebook: Nanoscale Matter and Principles for Sensing and Labeling Applications;  Dambarudhar Mohanta,Purushottam Chakraborty Book 2024 The Editor(s)
描述.This book is a compilation of carefully chosen chapters that cover the subjects of nanoscale matter, sensing, and labelling applications. It is aimed primarily at scientists and researchers who are already involved in theme-based research or who are just starting their careers. Despite the diverse nature of the topics covered, which include a range of materials in various forms and uses, the emphasis is primarily on sensing and labelling phenomena. The book begins with materials quantification in nanoscale systems by using an?innovative technique like “molecular secondary ion mass spectrometry ?without calibration standards”. Subsequently, the book?features an array of materials such as inorganic semiconductor nanoscale particles, carbon dots, rare-earth oxides, polymer nanocomposites, and a few biomaterials, all of which illustrate their functionality and potential for deployment in a wide variety of sensing applications. Although the book delves into the technical aspects of fabrication workouts to some extent, the focus is predominantly on the physical principles, mechanisms, and relevance involved in sensing and labelling applications. .The book covers a wide range of topics t
出版日期Book 2024
關(guān)鍵詞nanoscale; luminescence; membrane; polymer composite; magnetic; rare-earth; quantum dot; gas sensing; biosen
版次1
doihttps://doi.org/10.1007/978-981-99-7848-9
isbn_softcover978-981-99-7850-2
isbn_ebook978-981-99-7848-9Series ISSN 1869-8433 Series E-ISSN 1869-8441
issn_series 1869-8433
copyrightThe Editor(s) (if applicable) and The Author(s), under exclusive license to Springer Nature Singapor
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發(fā)表于 2025-3-22 00:15:19 | 只看該作者
Quantum-Dot-Based Fluorescence Sensing,teristics. Compared to the quantum dots, many of the organic dyes suffer from self-quenching, photobleaching, small Stokes shift, short-term aqueous stability, and short excited state fluorescence lifetime [., .]. Quantum dots show tunable optical properties, simultaneous excitation of multiple fluo
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Nanomaterial-Based Sensors for the Detection of Explosives,rials has been helpful, owing to the superior characteristics of nanomaterials. Several nanomaterials, such as metal nanoparticles, carbon-based nanomaterials, metal oxide nanoparticles, hybrid nanomaterials and nanoclusters,?have been prominently used as explosive detectors. With the immense growth
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發(fā)表于 2025-3-22 09:50:53 | 只看該作者
Advances in Few-Layered Nanoscale Transition Metal Dichalcogenides in Sensing Application,erial determines the performance of the final sensor product as it holds paramount importance in the detection and transduction of the external stimuli in question. This fosters the sensor designers to exploit newly discovered or developed materials for different sensing applications. In this regard
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Recent Advances in 1D and 2D ZnO Nanostructure-Based Photosensors,atalysis, solar cell, fuel cell, etc. Among various semiconductor metal oxides, ZnO is one of the most emerging materials for sensing applications owing to its fascinating physicochemical properties and tunable morphologies. The photo-sensing performance of ZnO mainly depends on the high surface-are
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,Sensing Nanomaterials Based on Host–Guest Interactions,ge technologies applicable in medicine, material science, environmental monitoring, agriculture, energy, and defense sector. The analyte-sensor-transducer-amplifier paradigm employed by chemists in the design of nanosensors have taken chemical detention limits to new limits than that was previously
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