Phantoms can simulate tissue features by controlling the magnitude and spectral dependence of their optical properties.
As shown in Figure 4, at a constant writing speed (1 μm s−1), the feature height is tunable by controlling the bias applied for both processes (Figure 4a,b).
The feature depth is modulated by controlling the irradiation exposure time.
Then, one-dimensional (1D) Au-Ag porous nanostructures with tailored structural features could be prepared by controlling the individual steps involved in this process, such as nanowire growth, surface modification, thermal diffusion, and dealloying.
In summary, HEP provides a credible comparator condition for MBCT by controlling for features of MBCT such as class participation, overall time invested, attention, group process, social interaction and support, homework, and experiential participation through in-class exercises (Table 1).
The fraction of fibers in the skeleton depended on the orientation and it was controlled by the features of the entanglement points.
As discussed above, for systems confined between two neutral walls, the size and the morphology of the aggregates depend only on the specific particle particle interactions; consequently, the spatial orientation of particles forming dimers, trimers, and more extended aggregates is controlled by the features of the pair potential, while the orientation of isolated particles is homogeneous.
The self-designed HW-PLD enables the synthesis of metal oxide NWs while controlling the doping concentration featuring doping control by adjusting the target composition since it guarantees the transfer of the composition from the target to the NWs.
The self-designed HW-PLD enables the synthesis of oxide NWs while controlling the doping concentration featuring doping control by adjusting the target composition since it guarantees the transfer of the composition from the target to the NWs. Figure 2 The SEM and TEM images of various SAZO NWs.
For systems confined between neutral walls, the size and the internal structure of the aggregates formed by the particles is controlled exclusively by the features of the pair potential, namely, the patch extension and the overall particle charge.
