Unveiling the role of structure–property correlation and its validation towards engineering the application potential of sol–gel derived mesoporous gamma-alumina

Abstract

In the present study, a comprehensive investigation has been carried out on the meticulously designed surfactant free glycerol activated sol-gel derived mesoporous γ-alumina powder specifically with the dedication to establish...

Engineering of the structural and morphological characteristics of MWCNTs employing a nano-dimensional binary oxide coating with enhanced thermal oxidation resistance properties for the tailoring of their reinforcement potential

“…Amongst the various possible synthesis strategies, ALD has recently gained research attention, especially due to the ability to support the conformal deposition of a surface protective film with controlled thickness and uniform continuity, 32 but, considering the synergetic goals of minimal process complexity and widespread technical feasibility, the present study intends to utilize the beneficial aspects of sol-gel-based synthesis strategies. 34,35 Specifically, the sol-gel route has always been a useful tactic for generating a simple, cost-effective, and universal processing approach, permitting efficient control from the molecular-level precursor to the final product, and thus providing great assistance in maintaining the close mixing and good interfacial adhesion of the inorganic oxide thin film with the underlying CNT surface. [36][37][38] However, to be more precise, it is worth noting that efficiency, reliability, and durability are three major factors that are key in order to specifically obtain and accordingly implement the true technological potential of one-dimensional (1D) CNTinorganic oxide nano-hybrid structures for specific end-use application.…”