Silylation of alcohols and phenols with hexamethyldisilazane (HMDS) has been achieved using various types of catalysts [[16] [21]].
It has been achieved using various techniques, such as gas foaming, fiber bonding, solvent casting/particulate leaching, phase separation and 3D-printing.
The successful incorporation of protease-sensitive motifs in several synthetic and natural polymers, which has been achieved using various chemical routes, is described.
After the discovery of the glutamic acid-producing bacterium Corynebacterium glutamicum by Japanese researchers, the production of amino acids, which are primary metabolites, has been achieved using various microbial cells as hosts.
A selective area growth of well-aligned ZnO nanostructures has also been achieved using various techniques like template-directed approach [12], nanosphere lithography [13], polystyrene microsphere-based self-assembly monolayers [14], silane-based self-assembled monolayers [15], and conventional photolithography [16].
The removal of toxic metals from wastewater has been achieved using various methods like ion electro dialysis [6], sedimentation [7], ion exchange [8, 9], biological operations [10], coagulation/flocculation [11], nanofiltration technology [12], solid phase extraction [13], adsorption by chemical substances [14, 15] and electrokinetic remediation [16].
Dispersion of nanotubes can be achieved using various surfactants, polymers, biomolecules, etc. via a physical or chemical method.
Extended release of diclofenac (∼24 h) and metformin (∼8 12 h) from the matrix tablets in aqueous medium was achieved using various blends of the polymers.
Synchronization can be achieved using various methods such as coarse synchronization to 10 ns using GPS [74], exploiting the intrinsic time correlation of entangled photon pairs [75], or using a pulsed beacon laser [2].
