Sentence examples for extremely high heat from inspiring English sources

Water has an extremely high heat capacity, and heat is mixed downward during summer surface-heating conditions and upward during winter surface cooling.

Each restaurant varies slightly in décor, depending on the location, but all cook prime steaks at extremely high heat, in a broiler Ms. Fertel designed that reaches 1,800 degrees.

Extremely high heat removal rates are achieved in this work using a hierarchical manifold microchannel heat sink array.

One particularly critical issue is the heating of solid parts that are subjected to extremely high heat fluxes when exposed to the flame.

Extraction can create extremely high heat transfer enhancement level around bleed holes and alter the flow structures in the sub-channel.

The need for concurrent size, weight, and performance improvements in high-performance electronics systems, without resort to active liquid-cooling strategies, demands passive heat-spreading technologies that can dissipate extremely high heat fluxes from small hot spots.

Heat transfer between the heat resource or cold resource and the phase change material in this device occurs in the form of a cyclic phase change of the heat-transfer medium, which occurs on the surface of the copper tubes and has an extremely high heat-transfer coefficient.

Under suitable conditions, the intense absorption of MW radiation leads to extremely high heating rates, above 600 degrees per second.

During and after each pulse, the exposed surface experiences a cycle of thermal processes involving extremely high heating and cooling rates, which consequently cause significant microstructure evolution.

Due to the extremely high heating rate (600 °C/s), there is a sharp expansion of gaseous products of decomposition of the introduced sulfuric acid from the graphite's crystal lattice.

Currently, Al/Ni nano-multilayers are widely regarded as a type of promising nano-energetic material to integrate with MEMS for extremely high heating rates (105 106 K/S), fast combustion propagation velocities up to 10 m/s, and low onset reaction temperature (400 500 K) [19 22].