Sentence examples for surface transport processes from inspiring English sources
Surface transport processes are very important in chemistry, colloidal sciences, engineering, biology, and geophysics.
The evolution of nanoholes during annealing depends on surface mass transport processes which include direct evaporation and surface diffusion.
Generally, the formation of these structures is assumed to be related to (and caused by) the interplay between ion erosion (which roughens the surface) and transport processes which induce a smoothing [9, 10, 12]; the latter could be effected by (beam-enhanced) surface diffusion [15, 16] or viscous flow [17, 18] within the ion penetration layer.
The supporting porous structure is represented by a mass diffusion model dominated by gas-gas, porous and surface exchange transport processes.
These patterns come about through the coupling of different local states on the catalytic surfaces by transport processes including heat transfer by radiation.
In a complementary microlens technology at Lincoln Laboratory, a surface atom transport process is being used with GaP wafers to convert etched mesa structures into well-defined optical surfaces.
By visualising fruit fly mRNA moving along microtubules attached to a glass surface, the transport process can be studied in detail.
Rather than surface tension forces, transport processes can dominate over relevant ranges of conditions.
The process model developed and used in this work couples gas phase transport processes with surface adsorption/desorption and the purge schedule introduced by pressure variation in the system.
The inclusion of biodegradation in vadose zone transport models for benzene, toluene and xylene (BTX) and fuel hydrocarbons has been proposed; however, there is still significant uncertainty regarding biodegradation rates and the local effects of buildings or ground surface cover on fate and transport processes.
Moreover, the exotic surface Dirac points are located on the type-I (001) surface, implying that mC16 may process interesting surface transport properties.
