Sentence examples for at a faster heating from inspiring English sources

To analyze the thermal history, the sub-Tg annealed sample was subsequently measured at a faster heating rate.

Moreover, TiO2 aggregates from ATS calcined at a faster heating rate (5 °C/min) had a wider pore size distribution and exhibited a higher light scattering abilities, while the ones from those calcined at a slower heating rate (3 °C/min) had a narrow pore size distribution but possessed a higher specific surface area (72.8 m2 g−1) for adsorbing more dye.

Valdez et al. [ 16] performed HTL of yeast at 350 °C and demonstrated that a faster heating rate could result in ~48%% biocrude from S. cerevisiae corresponding to a chemical energy recovery efficiency of ~63%%.

The optimized heating profile for more efficient densification than conventional heating included a faster heating rate, holding at a relatively low temperature as the second step in TSS, and raising the temperature again.

When the furnace was set at 200°C, the initial temperature gradient achieved by the rod centre was greater than that set at 100°C, representing a faster heat up of the rod.

In contrast, the present model proposes a faster heat transfer velocity at the same order as the speed of sound, rooted in a modified kinetic principle.

This rapid self-cooling phenomenon proves to be useful in reducing or avoiding the polymerization of the products as it occurs in the commercial conventional process which requires a fast heat exchange at the outlet of the reactor.

a SnO2 synthesized at faster heating rate of 80 K/min (TO1).

Fig. 3 The XRD patterns of SnO2. a SnO2 synthesized at faster heating rate of 80 K/min (TO1).

Neither during the grinding of lingual mandibular tooth edges at 6,000 rpm, nor during the grinding at 12,000 rpm was a significantly faster heating of any specific pulp horn apparent (P ≥ 0.13).

X-ray diffraction patterns for two SnO2 nanostructured materials are shown in Fig. 3, where the first diffraction pattern was collected using SnO2 synthesized at 80 K/min faster heating rate (Fig. 3a), while a second diffraction pattern was obtained from SnO2 synthesized at the same synthesis conditions, but using 20 K/min slower heating rate (Fig. 3b).