Sentence examples for plasma volumetric from inspiring English sources

The design of ITER port plug (PP) structure assembly including the DFWs, DSMs with in-port diagnostics is largely driven by the electromagnetic (EM) loads induced on these passive structural components during plasma disruptions, and the steady-state thermal loads from plasma volumetric and surface heating during normal operations.

Thermo-hydraulic design of test blanket module (TBM) is challenging in that each component of TBM should be properly controlled within narrow temperature margins in the extreme conditions such as high heat flux from plasma and volumetric heat generation due to neutron irradiation.

The thermal-hydraulic analysis is essential because the blanket should remove the high heat flux from the plasma and the volumetric heat generated by neutrons.

In this Part II we concentrate on the thermal-hydraulics of the water coolant, driven by the nuclear volumetric and plasma surface heat loads discussed in Part I.

Its components have thermo-hydraulic and thermo-mechanical design requirements for the associated thermal loads since the TBM should handle severe surface heat flux from the plasma as well as volumetric heat generation by neutron wall loading.

To test theories of small-scale arcs and vortices, high-resolution volumetric measurements of plasma velocities and other plasma parameters by EISCAT_3D are needed.

The self-organization process is explained in terms of re-distribution of surface and volumetric fluxes of plasma-generated species in a developing nanocone array.

Hence, we need coordinated studies by magnetospheric satellites and high-resolution volumetric measurements of vector plasma velocities provided by EISCAT_3D.

To create better agreement between the model and experiments, the volumetric flow rate of plasma through the liver (QL) was estimated.

We found that, for loading perpendicular to the implant interface, the porous surface structure provided a large region that experienced low distortional and volumetric strains, whereas the plasma-sprayed implant provided little local strain protection to the healing tissue.

Such transfer favors better matching for the distributions of volumetric electromagnetic forces and accelerated plasma (propellant) in the thruster.