Sentence examples for thermal metrics from inspiring English sources

This paper evaluated thermal metrics to provide designers and regulators with catchment-scale methods for assessing thermal performance and compliance.

This publication gives an overview on the theoretical framework which allows extending the existing thermal metrics in a compliant way.

However all of the above thermal metrics characterize the steady-state behavior and have been designed for semiconductors with a single heat source only.

The experimental results for several realistic 3D stacks based on the Niagara system show promising improvements of the main thermal metrics, with a reduced overhead in the wire length of the system.

The thermal performance of semiconductor devices is most often specified according to JEDEC standards JESD51 1-14 which describes precisely how various steady-state thermal metrics are to be measured.

The first five rows in Table 2 present the 3D thermal modeling metrics and the results from the case studies.

Results show promising improvements of the thermal and reliability metrics, and also show optimal scaling capabilities to target future-trend many-core systems.

The strains assayed for the calculation of various thermal response behavioral metrics are listed in Supporting Information, File S5.

For minimizing the impact of static occlusions when visualizing performance metrics and thermal problems obtained from the analysis of the 3D thermal model, non-relevant objects is segmented from the reconstructed 3D scene.

Nevertheless, the problem of characterizing and visualizing performance metrics and thermal problems from these models for post-inspection is still unexplored.

These results confirm EMIM Ac as a suitable candidate for carbon-based high temperature supercapacitors, and the observations regarding the thermal influence on performance metrics e.g. usable operation voltage could be applicable to other energy storage devices.