Sentence examples for using a constant heating from inspiring English sources

The reaction order of lubricant depletion is evaluated during the rapid heating using a constant heating rate and various coverages.

Samples were left to incubate overnight at 4° C. Experiments were performed using a constant heating rate of 60°C/h following the ellipticity at 222 nm from 25 to 95°C in 0.1-cm cells, with a total protein concentration of 10 µM, a response time of 8 s and a data pitch of 0.2°C.

In many cases, a more accurate temperature distribution is needed and using a constant heat partition to evaluate the temperature rise at the interface can lead to over-design or under-design of the components.

Instead of using a constant heat flux at a constant (shallow) depth, we use a physically motivated lower thermal boundary condition, in which we assume the thermal Lithosphere-Asthenosphere Boundary to represent the 1300 °C-isotherm, which may vary in depth across the model area.

Coupled models used updated heat source term based on temperature-dependent dielectric properties for every rotation; while decoupled models used a constant heat source term based on dielectric properties at room temperature.

4) The NGFPPs power productions are linearized using a constant net heat rate for each NGFPP.

Analytical results using a constant waste heat temperature or based on thermal efficiency may result in considerable deviation of system design relative to the varying temperature conditions of the actual waste heat recovery and is regarded as inappropriate.

The non-uniform distributions of surface temperature indicate that using a constant temperature or heat flux as boundary conditions may cause numerical errors.

Charging of modular thermal energy storage tanks containing water with submerged Phase Change Materials (PCMs) using a constant temperature coil heat exchanger was numerically investigated.

1.5 vol.% CuO/water nanofluid has been chosen as an intermediate fluid and by using a constant temperature storage control strategy, heat recovery from liquid liquid heat exchangers increases between 5%and9%9%.

From a starting temperature of 30 °C, using a constant bulb voltage, fast rates of heating (7.5 ± 1 °C/s measured over 2 s from the start of heating) were used to preferentially activate myelinated heat nociceptors, whereas slow rates of heating (2.5 ± 1 °C/s measured over 4 s from the start of heating) were used to preferentially activate unmyelinated nociceptors.