The need to develop the technologies which are friendly to the environment is quite essential to tackle the problems being caused by pollution and to meet the increase in demand of energy. The nanocomposites based upon the ...

Nowadays, biomedical science faces challenges like organ failure, tissue damage due to medical problems, or cancer treatment. So, tissue engineering is a hot topic nowadays to produce or synthesize an organ using the tissue ...

The emerging field of biomedical engineering demands innovative materials that can imitate the complex nature of biological tissues and facilitate the development of advanced therapeutic and diagnostic strategies by providing ...

Owing to slow and complex sluggish kinetics of oxygen evolution reaction (OER) of water splitting, engineering an economical and stable material is a challenging task. Low over potential, high current density, and good ...

Owing to substantial loss and failure of engineering materials due to corrosion of metals, scientists and researchers have extensively worked on corrosion control for a very long time. Corrosion has caused a lot of damage ...

Environmentally benign and cost-efficient plant mediated synthesis were used to fabricate Ag0, Fe0, Zn0, Ag2O, Fe2O3, ZnO Nanoparticles and their composites with polystyrene for food packaging and medicinal applications. ...

This research project is based on the concept of elucidating development procedure of fabricating novel biomimetic nanocomposites for the application of bone tissue engineering and whose mechanical, morphological, ...

Six ionic liquids were synthesized with cation consisting of imidazole and pyridine with chain length of eight carbons. Anions were bromide and dioctyl succinamic acid. Ionic liquids were characterized by Fourier transform ...

Snowballing energy demands and environmental problems are the main concerns of this epoch. Depleting energy resources has urged us to find new renewable energy sources and methods to deal with environmental problems. SE ...

Metal chalcogenides (sulfides, selenides, and tellurides) have become potent candidates for many technological applications and finding their employment in many fields like the manufacturing of capacitors, waveguides, ...