Reheating the annealed
PDO from room temperature to 130[degrees]C revealed a unique thermal transition behavior (Fig.
For the specimens annealed
at 200[degrees]C, the Mg content ranged from 600 to 300 counts in the direction from Mg to Al, while the Al content was 50-100 counts in the same direction.
It can be observed from Figure 3(b) that peaks of [beta]-SiC show little difference in fibres annealed
both under simulated atmosphere and in dry air.
It was found that the films annealed
at 400 and 500[degrees]C exhibited a linear relationship of the ln [sigma] versus[T.sup.-1] plot in the temperature region of 300-500 K in Figure 5, which matches the Arrhenius relationship between dark conductivity and temperature, described as the formula: [sigma] = [[sigma].sub.0] exp(-[E.sub.a]/[k.sub.B]T), where [[sigma].sub.0] is the preexponential factor of conductivity, [E.sub.a] is the conductivity activation energy, and [k.sub.B] is Boltzmann's constant.
Time transients of the C[O.sub.2] gas response of in situ annealed
sensor structure are depicted in Figure 6.
Figure 2(b) shows the temperature dependence of the zero-field cooled (ZFC) and field-cooled (FC) magnetization measured in a field of 10 mT for the annealed
Co-doped ITO film.
Caption: Figure 4: AFM images of PEDOT:PSS films annealed
at (a) 160[degrees]C and (b) 190[degrees]C.
In particular, the indentation depth for the film annealed
at 823 K is more than 50% of the film thickness.
Crystallite size increased with annealing more in films deposited by one deposition cycle than by multiple depositions; for the series annealed
at 460[degrees]C from 130 to 163 [Angstrom] for the one-deposition-cycle CdS/SnS films and from 130 to 143 [Angstrom] for the three-deposition-cycle ZnS/SnS films.
The sols were spin coated on copper substrate and annealed
at 200C and 300C for 60min.
Surface images of the annealed
LiNi[O.sub.2] thin films are shown in Figure 3.
Average grain sizes of PZT thin films were 78.91 nm, 68.08 nm, and 86.41 nm while annealed
at 500[degrees]C, 600[degrees]C, and 700[degrees]C, respectively.