Sentence examples for transfer and specific from inspiring English sources
Conducting polymeric polyaniline hollow spheres (PANI-HS) were fabricated and evaluated as a smart electro-stimuli responsive material, whose both special structure of shorter diffusion length promotes the electron transfer and specific surface area is greatly amplified than solid spheres.
Molecules synthesized for the purpose of transfection usually include some or all of the following molecular recognition features: cationic groups for electrostatic DNA binding, a hydrophobic part to facilitate transmembrane transfer, and specific recognition entities.
These divide into general Yale College rules for transfer credit; and specific guidelines relevant for Economics courses.
The extractors have been compared on the basis of percentage extraction, overall volumetric mass transfer coefficient and specific extraction rate.
The observer is able to determine two important concentrations in the polymer melt as well as the product of mass transfer coefficient and specific surface.
The present heat transfer model and specific duration time concept could be used to optimize and evaluate this kind of LCG respectively.
Maximum values of overall volumetric mass transfer coefficient and specific extraction rates are found to be more in the microchannels than in the conventional stage-wise extractors.
Ultrasonics transesterify waste cooking oils very efficiently due to increased mass/heat transfer phenomena and specific thermal/athermal effects at molecular levels.
The charge transfer rate and specific surface area for the hybrid catalyst dramatically increase with the incorporation of Mn and N. Our work provides a new strategy for developing highly efficient and durable electrocatalysts.
The electron charge transfer resistance and specific capacitance of HybTi@CNFs were calculated to be 0.34 Ω and 280.3 F g−1 (at current density of 1 A g−1), respectively.
Separating the influence of the mass transfer coefficient and specific area,a shows that the latter is the dominant driving force behind changes in kLa that occur at different operating conditions.
