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The coldest temperatures and fastest cooling rates were achieved with fluid volume infusion cooling.
Thus, the run # 29 has the largest kinetic energy and the fastest cooling.
Figure 8a shows a close-up of the lag time of the fastest cooling grains for these data.
The fastest cooling process can spot a clear trace of SDW transition at 4.5 K.
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After 17 Ma, it is clear that there is a more discernable gap so that even the fastest cooled grains show a significant lag between cooling and deposition.
Note that increase in lag of fastest cooled grains after ~ 17 Ma and ~ 8 Ma .a Lag times between cooling and sedimentation.
Liu thinks faster cooling in the slightly smaller dwarf may explain the difference.
Melt spinning is the process in which melted alloy undergoes very fast cooling similar to quenching.
Volume cooling led to faster cooling rates, lower temperatures, higher end-tidal carbon dioxide levels, and higher central vascular pressures.
Pre-stressing was produced by annealing Al particles at 573 K followed by fast cooling.
Large velocity v c (0) and fast cooling result in the rupture of the shell in its solidified state.
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