To control the ignition temperature easily, we use a tube furnace as the activation source, which not only supplies the ignition but also controls the circumstance temperature of the resulting samples.
The effects of substrate rotation on the chemical vapor deposition (CVD) of diamond is investigated utilizing a Triple Torch Plasma Reactor (TTPR) activation source.
Thus, to avoid the use of UV as an activation light source, plasmonic effects of metal nanoparticles (mNPs), such as Au, Ag, and Pt, have been successfully hybridized, resulting in broad and strong light absorption in the visible region [13 16], as summarized in several recent review articles [17 21].
By the experiments and calculations for the designed cathode material, the influence of Cs/O activation source ratio on SRC and SEP can be well fitted.
The HW-CVD system consists of seven vacuum chambers including three hot-wire systems with maximum deposition areas of 500 mm by 600 mm for each hot-wire activation source.
The activation source is so fast that it is unable to conduct in some regions, where it blocks but manages to conduct in other regions where refractoriness allows.
The most significant drawback of this approach is that a large number of potential activation sources correspond to a large number of projected activation time-series.
Assuming that one could measure the activation time-series of an arbitrarily large number of potential activation sources symbolized by s(t), a multivariate model built on them would have the form: (3) where P is the model order across time lags, τ is the time lag, B is the model coefficients matrix for lag τ, and ε is the model residual column vector.
We further demonstrate, if a very large number of brain voxels is considered as potential activation sources, that PDC as a measure to reconstruct causal interactions is less accurate.
