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Fig. 1 Heating procedure of catalyst precursor.
Open image in new window Fig. 1 Heating DSC curves for MC18, MC28 and MC18_28.
Open image in new window Figure 1 Heating microscope representative images of sample ash pellets.
The digestion was conducted at 180 °C and 600 W power, with step 1 (heating) lasting 15 min, step 2 (constant temperature) lasting 10 min, and cooling to 60 °C lasting 45 min.
The interlaced wettability coating of this experiment fabricated a periodic and equally spaced (width is 2.5 mm and length is 15 mm) surface that consisted of both coated and uncoated regions, as shown in Figure 1a. Figure 1 Heating surface, experimental facility setup, and scanning electron microscopy (SEM) images.
We conducted two experiments: (1) heating experiments of fault gouge to confirm the neoformation of magnetite during heating, and (2) magnetic microscopy observations to reveal a new acquisition of remanent magnetization by neoformation of magnetite after heating and their spatial detection of heated zones.
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No. 2 heating oil.
The reaction temperature increased from 100 to 700 °C with 5 °C min−1 heating rate.
Decreasing the heating rate used during calcination also resulted in changes in the TiO2 composition from pure anatase (16 °C min−1 heating rate) to anatase with rutile impurities (0.5 °C min−1 heating rate).
The reaction temperature increased from 100 to 700 °C with a 5 °C min−1 heating rate.
The optimum pyrolysis parameters were nitrogen flowrate of 30 mL min−1, heating rate of 10 °C min−1, temperature of 500 °C and time of 30 min.
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