Sentence examples for accommodate the heat from inspiring English sources

However, because the corporation's central London headquarters was not designed to accommodate the heat from the tape editing machines, plans are being discussed to put them in a specially constructed, refrigerated area.

Its magnetically balanced double-null divertor is designed to accommodate the heat load due to a total heating power of 7.5 MW.

The PFC armor must not only accommodate the heat load from the alpha-particle flux but it must also accommodate the He implantation resulting from the high-energy alpha fluxes while providing the required lifetime.

This channel flow is expected to provide increases in mass transfer while high heat transfer capability will accommodate the increased heat transfer duty resulting from increased reaction rates and the absence of the solvent.

Meanwhile, in a saucepan that is large enough to accommodate the clams, heat the oil over a medium heat, add the garlic and fry gently until it starts to go brown.

A three tray core catcher device with multiple openings can accommodate the decay heat of whole core meltdown, without exceeding the safe temperature limits of structural material.

The blanket shield block is a bulk structure to provide the nuclear shielding; therefore it should be designed to accommodate the nuclear heating in parallel with the mitigation of electromagnetic loading by slit optimization.

However, Pb-17Li provides marginal heat transfer performance in particular in the presence of MHD effects and the divertor design had to be adapted to accommodate the peak design heat flux of 5 MW/m2.

A generic office building is used to accommodate the different types of heating, ventilating, and air-conditioning (HVAC) systems.

1. Combine sugar and spices with 5 cups water in a medium saucepan (large enough to accommodate the pears upright), and turn heat to high.

The coil was manufactured in a shape wound with insulated winding wound around a bobbin large enough to accommodate the rotor core with high heat resistance (Fig. 10).