Titlebook: Next Generation of Internet of Things; Proceedings of ICNGI Raghvendra Kumar,Brojo Kishore Mishra,Prasant Kuma Conference proceedings 2021

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Sunita,Tamanna Jain,Sudhir Kumar Sharmangness” of graft chains, coupled with the inherent nature of photochemical processing, enables the development of complex graft-polymerized surface designs with controlled graft-chain length and composition, regiospecific addressability and high-dimensional precision. As an extension of the advantag

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Urmila Pilania,Ashwani Kaushik,Yatharth Vohra,Shikhar Jadaunngness” of graft chains, coupled with the inherent nature of photochemical processing, enables the development of complex graft-polymerized surface designs with controlled graft-chain length and composition, regiospecific addressability and high-dimensional precision. As an extension of the advantag

paragon

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Artatrana Biswaprasan Dash,Biswaranjan Mishra,Amar Nath Singhypical characteristics of the grafted polymersthat may change spatially along the specimen include molecular weight, grafting density on the substrate,and chemical composition. The concept of surface-anchored polymer assemblies is employed in severalprojects, including, study of the mushroom-to-brus

Introduction

Bandita Sahu,Pradipta Kumar Das,Manas Ranjan KabatContains techniques for the motion picture method and quandlThis introductory volume provides the basics of surface-knots and related topics, not only for researchers in these areas but also for graduate students and researchers who are not familiar with the field..Knot theory is one of the most act

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忘川河

H. R. Swapna,D. Arpanaative to conventional luminescent dyes in biomedical applications, including biomolecule (BM) targeting, luminescence imaging and drug delivery. A key parameter to ensure successful biomedical applications of QDs is the appropriate surface modification, i.e. the surface of the nanomaterials should b

Ligament

Ravi Kishan Surapaneni,Sailaja Nimmagadda,K. Pragathihange and permits respiration. But because lungs can fail, artificial lungs have been designed; the most-efficient ones have high surface/volume ratios and are capable of achieving a high gas-exchange efficiency. Aerogels are rigid solid substances that are extremely porous and have exceedingly low

Basal-Ganglia

K. S. Jasminehange and permits respiration. But because lungs can fail, artificial lungs have been designed; the most-efficient ones have high surface/volume ratios and are capable of achieving a high gas-exchange efficiency. Aerogels are rigid solid substances that are extremely porous and have exceedingly low