In the late 20th century, however, the production of these carefully hand-drawn images gave way to computer graphics that enabled highly sophisticated and realistic three-dimensional images.
These bilayer-micelles enabled highly dispersed stable colloidal nanocrystals with reduced surface defects, higher crystallinity, and smaller crystallite size.
Thus, this biosensor enabled highly sensitive detection of PAA without removing H2O2 and showed a promising potential in practical applications.
This has enabled highly skilled workers to focus on ill-defined tasks which require human abilities to negotiate and make decisions to serve client demands.
Measurement of CNT concentration in cell lysates by monitoring absorbance at 750 nm enabled highly accurate quantification of CNTs accumulated within cells.
Following modification with carboxylic groups the composite material enabled highly efficient adsorption of enzyme and provided good electrical contact between the enzymatic active sites and the electrode surface.
