Sentence examples for high core density from inspiring English sources

All that's left now is to see how Qualcomm Centriq-powered servers handle real world data center workloads and how its high core density per-socket and blade platform are implemented, versus incumbent platforms that have been in place for decades.

The difference can be explained by the combination of the high core density, 7.6 g/mL for PbS compared to 5.19 g/mL for CdSe, and the lower amount of bound surfactants.

The quasi-static compression strength of the carbon-based cores has been shown to be slightly higher than the glass fibre systems, particularly at higher core densities.

The specimens with higher foam core density and thicker foam core resulted in the lowest permanent central deflections and contact force variations.

Sodium cooled fast reactor (SFR) exhibit some unique thermo-hydraulic characteristics in comparison to thermal reactors, considering that SFR have a higher core power density, special configuration of assemblies, wire-wrapped spacers, special thermo-physical properties of sodium and so on.

In both cases, hcp-Fe is suggested to have V P higher than PREM at inner core density (Figure 1). Figure 1 XRD-derived compressional sound velocity as a function of density.

The fusion of helium requires a higher core temperature, so that the star both expands in size, and increases in core density.

Due to the high volumetric heat capacity of the primary coolant, the FHRs operate with a high power density core with a similar average coolant temperature as in modular helium reactors.

A dual zone monolith consisting of a high cell density core and a low cell density outer annulus showed worse performance in the light-off compared to all other configurations tested.

A number of thermal hydraulic challenges for GFR design are pointed out as the designers strive to accommodate cooling of the high power density core of a fast reactor by a gas with its inherently low heat transfer capability, in particular under post-LOCA events when system pressure is lost and when reliance on passive decay heat removal (DHR) is emphasized.

The fit of the Daoud Cotton model (red) is consistent with a constant density of the core, a high constant density region of PEG close to the core, and a decrease of PEG density according to r 4/3 in the outer part of the shell as predicted for star polymers in a good solvent.