Sentence examples for molecules for different from inspiring English sources

It is now possible for scientists to custom-design lubricant molecules for different needs, down to a tolerance of one or two layers of molecules.

This condition can be used for modification of GC surfaces by various aromatic molecules for different application such as design of sensors and biosensors.

Recurrent themes include establishment of interlocking regulatory circuits involving growth factors, receptors, signalling pathways, and transcription factors that control cellular programmes such as migration, adhesion, proliferation, differentiation, and apoptosis, and use of common molecules for different purposes.

The adsorption of both oleic acid and dodecanethiol on the magnetite films was tested by immersing them in ethanol solutions containing the organic molecules, for different deposition time, temperature and cleaning procedure.

The relative stability of [Crn OCH3 2n(CH3COO)n] molecules for different n, as estimated by the DFT, correlates with a structural rule, which allows the prediction of the relative stability of different 'wheel'-type compounds by using a simple formula.

The review article gives attention toward synthetic utility of organic molecules for different types of solar cell such as single layer, double layer and bulk heterojunction solar cells, their mechanisms and type of materials which are generally used for solar cell device fabrication.

Due to the presence of functional groups including suspended double bond, –NH2, –SH and –COOH, gelatin can be further modified with other bio-molecules for different purposes.

Rh-B was chosen as test molecule for different reasons.

Fixing the length of DNA molecule at 60 nm, Fig. 14 illustrates the measured AC-conductivity as a function of frequency for DNA molecule, for different temperatures.

Fixing the length of DNA molecule at 60 nm, Fig. 20 illustrates the measured dielectric constant, ε'as a function of frequency for DNA molecule, for different temperatures.

Using a single molecule for different pathways in a chemotherapy increases its therapeutic effectiveness, and it is much easier to manage absorption and elimination for one molecule than for several [13].