In order to reveal the physical mechanism of two resonance modes in Fig. 2, we have proposed a coupling model of two oscillators to accurately predict the positions of two resonance modes for different array period p x.
In Fig. 3, the open black circles show the positions of two resonance modes for different array period p x, and the two branches of red lines give the corresponding results calculated by the coupled oscillator model with the coupling strength Δ = 100 meV.
The results of single on and off axial focus, multiple on and off axial foci, half sub-array focus pattern provide further evidence for the 3D focus steering and sub-array mode for avoiding obstacles in focused ultrasound surgery.
The processing gain of the mode-selective array for suppressing the near interference point source is estimated theoretically.
The Multi mode, for example, takes 16 sequential frames (arrayed 4 by 4), captured fractions of a second apart, on a single photo.
The related SAM image in the C-scan mode for the same sample of patterned nanowire array pads on glass substrate is shown in Figure 5b.
Arrays were employed in both non-generator-collector (non-GC) mode (one array electrically connected) and in generator-collector (GC) mode (both arrays electrically connected).
This paper reports batch-mode, three-dimensional micropatterning for arrays of vertically aligned carbon nanotubes, also known as CNT forests, based on dry micro-electro-discharge machining (μEDM).
ADRES supports a VLIW-like programming model with a pure VLIW mode for legacy code, and a (coarse-grain reconfigurable) array mode with very high parallelism for the processing of compute intensive loops.
Along with the standard array of ARCore-based gaming offerings, the new AR mode for Maps is arguably one of the first truly indispensable real-world applications.
