In this chapter, an attempt has been made to review dielectric spectroscopy (DS) as a technique for the characterization of nanomaterials. DS involves the study of the response of a material to an electric field, which ...

Nanomaterials have contributed significantly to the enhancement of technological and industrial development. The conventional membranes used in various separation processes are limited in their abilities, performances, and ...

Nanomaterials have emerged as an extremely valuable asset in the world of material science. It’s unique, and substantial properties lurk scientist all over the world into incorporating them in various material synthesis. ...

Recent advances in bioengineering and stem cell research have pushed tissue engineering to the forefront in countering the increasing demand for replacement of damaged tissues and organs. Stem cells from different sources ...

Fossil fuels are running out fast. The energy demand is one of the largest challenges humankind has ever faced. Applications targeting renewable resources that are nonpetroleum based are booming. The scientific community ...

Currently, most militaries of the advanced countries are utilizing nanotechnology in researches, projects, and applications. Nanotechnology can provide the army with stronger and lighter ware, supports nanomedicines and ...

Nanotechnology describes the science and technology related to the control and manipulation of matter and devices on a scale less than 100 nm and involves fields such as applied physics, materials science, chemistry, ...

Chitin- and chitosan-based materials have been increasingly used in various scientific advancements specifically in the field of nanotechnology for their therapeutic potential. They are biopolymeric polysaccharides with ...

Nanotechnology is a rapidly evolving field that promises to revolutionize several areas of clinical practice ranging from gene therapy, research, and drug delivery. One of the major difficulties of such advances reaching ...