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At higher heating temperature, the cracks obviously got wider, but the crack density remained almost unchanged.
The extents of ferrihydrite transformation to hematite decreased with increasing As/Fe ratios, but increased at a higher heating temperature.
A higher heating temperature and time caused a more severe iron dilution in the Ni-based alloy and decreased the microhardness.
Moreover, the enthalpy is mostly found to increase with higher heating temperature.
As our samples were surely not subjected to such a treatment we preferred a higher heating temperature, according to general laboratory practice, in order to speed up the procedure.
A higher heating temperature (i.e., 350 °C) led to an obvious blue shift of the two LSPR peaks.
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Higher heating temperatures results in higher energy consumption and increased environmental impacts.
The higher heating temperatures allow for the oil to truly "cook" as opposed to just "gumming up" at lower temperatures.
The larger specimens with higher weight require higher heat temperature and longer duration for the geopolymerization development.
The higher heat temperature of 85 °C causes the loss of moisture, which results in micro-cracks and strength reduction.
Relying on the high heating temperature and the high-temperature induced increment both in methane thermal conductivity and in the temperature coefficient of resistance of the microheater, a high sensitivity of about 22 mV/1% CH4 was obtained without using an amplifier.
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