The emerging field of nanotechnology has the potential to transform biomedical research and medicine, revolutionizing both medical diagnostic methodologies and medical treatments…
Sol-gel derived nanomaterials and specifically silica based sol-gel nanomaterials have advantageous properties including extremely large porosity, chemical inertness, structural stability and transparency in the UV/Vis spectral regions…
The sol-gel method is a synthetic method that allows to form porous solid matrices. Such matrices have been used in the fields of organic chemistry and inorganic chemistry for a variety of applications…
Silica based sol-gel matrices and nanomaterials have beneficial properties including chemical inertness, structural stability and optical transparency…
Silica based sol-gel matrices and nanomaterials have beneficial properties including chemical inertness, structural stability and optical transparency…
Silica based sol-gel matrices and nanomaterials have beneficial properties including chemical inertness, structural stability and optical transparency…
Silica based sol-gel matrices and nanomaterials have beneficial properties including chemical inertness, structural stability and optical transparency…
Silica based sol-gel matrices and nanomaterials have beneficial properties including chemical inertness, structural stability and optical transparency…