Its fast response compared to other techniques makes it more advantageous for on-line fault detection.
The effective application of variance reduction techniques makes it possible to simulate rare events.
However, the variety and rapid evolution of functional neuro-imaging techniques makes it difficult to propose a standard protocol.
Our purpose is to show that a suitable combination of doping and laser techniques makes it possible to obtain localized NP growth in vitreous matrices.
Translation Engineering™ combined with synthetic biology (gene synthesis) techniques makes it possible to deliberately alter the presumed translation kinetics of genes without altering the amino acid sequence.
The development of chromosome engineering techniques makes it possible to modify mammalian genome at a precise location for modeling and analyzing human diseases associated with chromosomal abnormalities.
The development of new research techniques makes it possible to attain a more profound understanding of the self-assembling behaviour of dendrimers.
Combination of these techniques makes it possible to independently control the amount of Ag nanoparticles in the nanocomposites, as well as properties of matrix material, such as its chemical composition or wettability.
