Sentence examples for fluid architecture from inspiring English sources

What is the potential you see in these materials and how do you further equate them with the concept of a fluid architecture?

The extraordinarily fluid architecture of the chlorophycean genome is thought to result predominantly from intramolecular and intermolecular recombination between homologous and nonhomologous regions, with the presence of numerous dispersed repeats enhancing opportunities for recombinational exchanges.

Classification into fluid type, architecture, drive mechanism, and flow mechanism is discussed.

An ORC process simulation model has been implemented in order to find the optimal combination of working fluid, ORC architecture layout and heat sink configuration, to increase the fuel efficiency of an agricultural tractor powered by a two-stage turbocharged heavy-duty diesel engine.

In the Chlorophyceae, the chloroplast genome is extraordinarily fluid in architecture and displays unique features relative to other groups of green algae.

The four complete chloroplast DNA (cpDNA) sequences currently available for chlorophyceans uncovered an extraordinarily fluid genome architecture as well as many structural features distinguishing this group from other green algae.

Aerospace science covers a lot of disciplines like structural architecture, fluid- and thermodynamics, electronics, mathematics, physics, etc.

Working fluid and cycle architecture have been deeply investigated from a theoretical standpoint.

Reservoir classification by fluid type, reservoir architecture, drive mechanism, and flow characterization is reviewed, and workflows for reservoir characterization are presented.

This paper describes research into development of a rapid-turnaround, neutron-spectroscopy capable (gamma-beta blind), high intrinsic efficiency sensor system utilizing the tensioned metastable fluid detector (TMFD) architecture.

The core research activities in the field are mainly focused on applications of the organic Rankine cycle technology, working fluids selection/performance, cycle architecture, and design/optimization.