Sentence examples for achievable aspect from inspiring English sources
While this lateral component of etching is much slower than the reaction occurring directly at the regions of Si covered by the Au catalyst, thus conferring a high degree of anisotropy to the MCEE process, it will nonetheless impose a limit to the maximum achievable aspect ratio.
Compared with MACE using patterned Au catalyst, electroless deposition can form only randomly distributed SiNWs with varied diameters [13], while Ag may limit the achievable SiNW aspect ratios due to its faster dissolution than Au [11].
BMG thermoplastic forming is highly dependent on the choice of alloy composition, which restricts the achievable feature size and aspect ratio.
The introduction of laser heating would enable the reduction of the stamping-force requirements and increase of the aspect ratios achievable with stamping, if the process is properly designed, such as using a tubular stamping tool.
Obama achieved the achievable.
Nearly perfect conformality with ALD is achievable even for substrate feature aspect ratios far exceeding those typically found on cultural heritage objects.
Further development of this solar device has turned out to be necessary to meet the requirements of higher-temperature processes like the 'single-firing' one (1150 °C) and to improve other aspects like the achievable heating and cooling rates or the uniformity of the thermal treatment over the sample, as well.
Both electrical heating and laser-heating enable reduction of the stamping force and increase of the aspect ratio that is achievable by stamping.
Using this interpretation, we estimated the potentially achievable output gains in all three aspects of efficiency performance assuming all DMUs were able to achieve levels of performance close to the frontier.
First, it was seen that altering the curved-crease foldcore tessellation did not provide significant energy-absorption capability beyond that achievable with direct changes to the core aspect ratio.
Therefore, it is important to develop a lighting-design approach that considers both visual and non-visual aspects, and understand what combinations are achievable for general illumination applications.
