Books by Keyword: Nanocomposite

Description: This special edition is dedicated to considering a wide range of issues in the part of materials science that is related to specialised and functional materials and will be helpful to many researchers and engineers.

Description: This special issue is dedicated to the analysis of the latest research results in the field of applied and functional materials and will be helpful to many researchers and engineers whose activity is related to materials science.

Description: This book is compiled of articles presented at the International Conference on Emerging Materials for Technological Applications (ICEMTA-2022, 23-25 November 2022, Visakhapatnam, India) and is dedicated to the current issues related to the investigation of materials utilised for various engineering applications. Structural, mechanical, dielectric and photoluminescence properties as well as current issues related to methods of chemical research and assessment are discussed here.

Description: The special edition that is brought to your attention includes articles comprising research results in the area of applied materials and manufacturing technologies and will be useful and interesting to specialists in mechanical engineering as well as the nuclear industry, construction, and biomedicine.

Description: Collected articles describe the results of properties research, synthesis methods and applications of additive technologies for nanocomposites and composite materials with reinforcement based on natural materials. The applications of 3D printing in biomedical practice are analysed here too. This volume will be helpful to many researchers whose activity is related to composites and additive technologies.

Description: This special edition presents to readers the latest engineering investigations in the area of materials science and some chemical technologies and will be useful to many researchers and engineers whose activities are related to machinery and chemical production.

Description: This special publication is devoted to recent issues in applied materials science, materials synthesis and treatment technologies, as well as materials for providing fire and explosion safety. The presented edition will be useful to many engineers in materials science, machinery, and specialists in fire and explosion safety.

Description: This book reflects novel aspects in the study of functional properties and practical applications of metal-organic frameworks (MOFs) and some special nanomaterials. The unique optical and photoluminescence features, the possibility for use in energy storage and biosensing for detection of various biomolecules, usage in heterogeneous catalysis, etc. are defining their wide applications in various branches of science and engineering. Many of the topics covered in this collection are devoted also to investigating the effect of varying temperatures on enhancing photoluminescence, and dielectric and electrochemical features of these materials. Many articles focus on the synthesis of novel series of MOFs, and functional nanocomposite materials used for the synthesis of hybrid supercapacitors. Most of the here-presented articles are first-time reported experimental work. This book will be helpful to specialists in biosensing, photoluminescent materials, supercapacitors, and electrical and electronic fields.

Description: This book consists of the selected articles by authors who participated in the 2nd International Conference on Semiconductor Materials and Technology (ICoSeMT 2021, 8-9 November 2021, Malaysia), which ensured that all manuscripts underwent a peer review process. This conference edition aimed to provide insight into the recent advancement and development in the area of optical and electronic materials, optoelectronics and electronics devices, organic and polymeric materials, and packaging technology. The structural, optical, chemical, electrical, and sensing characteristics of various types of semiconductor materials in the form of thin films and nanostructures have been reported in this book. Simulation and experimental studies regarding metal-oxide-semiconductor-based devices, high electron mobility transistors, and other devices are also presented.

Description:

The 37th volume of the Journal of Metastable and Nanocrystalline Materials contains articles that review the photoluminescence and super capacitive properties of carbon dots nanoparticles, bi-functional applications of some nanoparticles and nanocomposites. The results of the controlled synthesis and electrical properties study of semiconductor single crystals are also presented. The application of the maximum entropy method and method of density functional theory for the numerical investigation of the crystalline defects of nanocrystals and optimization calculations on the structure of nanoclusters were also investigated in two of the presented articles. This issue will be helpful to many specialists in applied materials science and nanotechnologies.