Sentence examples for much larger thermal from inspiring English sources

The reason for the use of ZnO2 is its much larger thermal conductivity (200×) compared to air existing in the microscopic bumps between surfaces.

The thermal conductivity of spherical Fe3O4 nanofluids follows effective medium theory whereas the CuO nanorod based dispersions show a much larger thermal conductivity beyond the effective medium theory.

The house is divided into two components, one of which is the internal of the house and the other is the additional thermal mass such as walls with much larger thermal capacitance.

Comparing to aggregate, asphalt mastic is believed to have much larger thermal coefficient of contraction, therefore play a more significant role in determining the thermal cracking resistance of asphalt pavement.

In the stigmatellin-induced state, a creation of the hydrogen bond between the inhibitor and one of the histidines coordinating the FeS cluster eliminates the possibility of the FeS head domain to move (i.e., the potential barrier for diffusing out of the Qo site is much larger than thermal energy).

Microelectronic packaging plays an important role in cryogenic engineering; in particular, a solder joint as interconnection, which offers a mechanical, thermal and electrical support, undergoes much larger and harsher thermal changes during its service compared with conventional customer electronic products.

As a result, time steps much larger than the thermal collision time can be used to stably and accurately simulate plasmas far from thermal equilibrium.

This energy barrier is much larger than the thermal excitation energy caused by increasing temperature.

Using the assembled mechanism, the relative thermal and chemical flame inhibition contributions of CF3Br were estimated for each fuel, with the experimental chemical effect ranging from 72%to87%7%, being much larger than the thermal effect (from 13%to28%8%).

In a mixed-phase material, the band discontinuity Φc (similar for the valence band discontinuity) at the nanocrystalline Si/matrix interface and the inter-nanocrystal distance d indicated in Figure 1 determine the low-field conductivity of the material when Φc is much larger than the thermal energy kT (approximately 26 meV at room temperature).

Similar considerations apply whenever the energy level spacing is much larger than the thermal energy.