Sentence examples for interplay of transport from inspiring English sources

To gain better understanding of the interplay of transport mechanism, we develop numerical model for micro-mixing in micro-channel T-junction with wavy structure; the model considers single phase mixing of laminar Newtonian miscible fluid and it solves for conservation of mass, momentum and species.

Catalytic reactions in multiphase systems are prevalent in production of fuels, bulk and specialty chemicals, pharmaceuticals, materials, food and feed, etc. Making useful products, at economical yields and selectivities, from the diverse chemistries in such a broad range of applications requires the ability to quantify the interplay of transport phenomena and kinetics.

The complex interplay of physical transport processes and chemical reactions produce multiple concentration waves.

The interplay of material transport kinetics and singular features associated with facets on surfaces leads to evolution behavior that is remarkably different from that of unfaceted surfaces.

To understand the interplay of associated transport processes and phase transformation, as well as to provide a design basis, crystal growth modeling is becoming more important in both fundamentals and practice.

I found the article very engaging, well written and useful for the broad audience interested in the interplay of vesicle transport, cytoskeleton, lipid signaling, and ROS.

Quantum evolution is an interplay of two transport modes, corresponding to the common coherent particle-potential processes, or to the decoherence causing scattering due to the oscillators.

The instability is caused by the interplay of the differential transport of heat and matter and of the activator-inhibitor kinetics inherent in non-isothermal, exothermic reactions (where heat plays the role of autocatalytic species or activator, and matter represents the inhibitor).

Yeast cells rely heavily on a complex interplay of vesicle formation, transport, and recycling for maintaining cellular organization and homeostasis and for buffering its response to environmental changes.

The performance of these systems is affected by an interplay of film morphology, ionic transport and electronic transport that is unique to organic semiconductors yet poorly understood.

Time-resolved measurements served to analyze the interplay of the two mandatory transport processes.