Sentence examples for maximum thermal conductivity from inspiring English sources

The maximum thermal conductivity achieved was 1.74 W/m K for a composite that was pelletizable, injection moldable, and thermally conductive with low electrical conductivity and good mechanical properties.

There was a critical annealing temperature giving the maximum thermal conductivity.

The maximum thermal conductivity measured was 337 W m−1K−1 at a bulk density of 831 kg m−3.

The nanofluid has maximum thermal conductivity enhancement of 9.05% were found at 1.3% volume concentration when it is compared to the base fluid at 30 °C.

The results showed that the maximum thermal conductivity ratio (TCR) is obtained at 50 ˚C and at the solid volume fraction of 1%.

A methanol charged copper device reported in this paper showed a maximum thermal conductivity of 760 W/m K prior to dry out.

The maximum km (where km is the maximum of thermal conductivity) measured for the most highly enriched 70Ge (99.99%) sample is 10.5 kW/mK, one order of magnitude higher than for the natural Ge (analogous for C and Si).

This translates into a maximum effective thermal conductivity of ∼8000 W/m K.

The value obtained was higher than that found in the literature and clearly demonstrated the advantage of using aligned CNTs and thus utilizing their maximum axial thermal conductivity.

More than 2000 test runs were performed and results showed that an optimal thermal performance was achieved at a fill ratio of 69.5%, producing a maximum effective thermal conductivity keff around 50,000 W/m-K.

Moreover, the maximum average thermal conductivity enhancement for both phases was 26.6% when loading 5 wt.% nanoparticles.