Sentence examples for material heat from inspiring English sources

To manage that trick, the robots using this material heat the wax in their structure to make it malleable, with current run through an embedded wire.

In a material with higher thermal conductivity (e.g. crustal material) heat is transported more efficiently than in a material with lower thermal conductivity (e.g. sediments).

Once the material with high organic matter is added into the PPF which is high in cellulosic material, heat is generated in the composting pile due to metabolic heat generation from biodegradation (Miyatake and Iwabuchi 2005).

This study presents experimental investigation of the effects of PCM material, heat sink designs and power levels on PCM based heat sinks performance for cooling electronic devices.

The impacts of the cell material, heat exchangers, and heat sources on the maximum ecological objective function and its corresponding power output and efficiency have been analyzed.

Analytical relationship between the domain number, thermo-mechanical properties of the material, heat transfer boundary conditions and the externally applied strain rate is established.

The resulting composite material contained enough iron that when an external magnetic field was applied, currents were induced and the material heated up enough to assume its original shape.

As gravitational energy is released, the contracting central material heats up until a point is reached at which the outward radiation pressure balances the inward gravitational pressure, and contraction ceases.

The material heat-treated to 400 °C has the highest compressive strength and hardness values.

Two burning scenario models, based on measured experimental data were applied to archaeological FMR from a South African Middle Stone Age site named Pinnacle Point 5-6 (PP5-6) and show that the archaeological samples are not statistically different from a simulated campfire and possibly a lithic raw material heat-treatment fire.

A cell with LiNi0.80Co0.15Mn0.05O2 heat-treated in the oxygen atmosphere shows better electrochemical performance of initial (193.7 mAh/g) and retention (185.2 mAh/g) capacities than a cell with the cathode material heat-treated in the air atmosphere (initial capacity: 185.2 mAh/g and retention capacity: 172.0 mAh/g).