Nanotechnology has emerged strongly as a viable option to overcome the challenge of early diagnosis and effective drug delivery, for cancer treatment. Emerging research articles have expounded the advantages of using a ...

Two regioisomeric sets of 5-hydroxy indoles, prepared from Nenitzescu reaction, were transformed to polyfused ring system bearing pyridine, furan and additionally indole as key component through intramolecular nucleophilic ...

Van der Waals (vdW) heterostructures is a rapidly emerging field that promises to produce on-demand properties for novel optoelectronic devices. Assembly of dissimilar two-dimensional atomic crystals in the vdW heterostructure ...

A thermodynamic formalism has been developed to predict the formation of an ultra-thin interfacial layer at a solid–solid interface. To derive the thermodynamic expressions at crystalline–crystalline as well as ...

Thermodynamic analyses have been carried out to understand the growth of ultrathin oxide overgrowths on single-crystalline bare [AlMg] and [AlSi] alloys due to their dry, thermal oxidation. The parameters considered in ...

Nb-doped anatase TiO2 (NTO) is a promising wide band gap transparent semiconductor as it is an inexpensive, environment-friendly and chemically stable compound. However, its overall electronic structure and optoelectronic ...

This paper explores the possibility of manoeuvring the reactivity of boehmite through mechanical activation (MA) for enhancing the solid/liquid reaction between boehmite and NaOH. Synthetic boehmite, prepared by thermal ...

Nanoparticles under a reactive microenvironment have the propensity to undergo morphological and compositional changes, which can translate into band edge widening. Although cell membrane depolarization has been linked ...

Instantaneous adhesion between different materials is a requirement for several applications ranging from electronics to biomedicine. Approaches such as surface patterning, chemical cross-linking, surface modification, and ...