Carbon-based materials have distinct structures and dimensions, allowing them to be modified electrically and integrated into a variety of commercial systems. Because carbon-based materials are inert in nature, they could significantly increase antifouling characteristics, bacterial suppression, and membrane stability and strength. It comes in a variety of allotropes, ranging from 1D to 3D structures, and is employed in a variety of applications.
A true carbon-based hybrid nanomaterial is defined as "a new material in which two or more carbon allotropes have been integrated into a new hybrid with possible additions of selected metallic nanoparticles and which exhibits emerging properties that are significantly beyond those of its building blocks.
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Abdeen Omer, Energy Research Institute (ERI), United Kingdom
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Thomas J Webster, Interstellar Therapeutics, United States
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Valeriy Pogorelov, Kyiv National Taras Shevchenko University, Ukraine
Title : In vivo delivery of CRISPR Cas9 using lipid nanoparticles enables gene depletion to enhance immunotherapy in cancer
Yong Teng, Emory University, United States
Title : Molten borates fuel cells — mathematical modeling and identification of performances
Jaroslaw Milewski, Warsaw University of Technology, Poland
Title : Analytic modeling and analysis of impact characteristics of composite cylindrical shells with an auxetic honeycomb core subjected to high velocity internal projectile impact
Hui Li, Northeastern University, China