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For this, a total of 18 SCLC mixtures were designed at three different w/b ratios of 0.25, 0.37 and 0.50, and total binder contents of 600, 550 and 450 kg/m3, respectively.
Three variables were designed at three levels, which required 17 experiments.
To achieve the azimuth-tuned tri-color shift of blue, green, and red for natural input light, waveband and magnitude of the reflection peaks for TE and TM polarizations should be designed at three azimuths.
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MM structures designed at two wavelengths are analyzed, corresponding to two working temperatures.
The field experiment was designed at two levels and four factors, based on the principles of fractional factorial designs.
A polarization filter is designed at two communication windows of 1310 and 1550 nm based on microstructured optical fiber.
The model blade was designed at zero pitch angle and further tested in FAST, a fully coupled simulation tool.
The nanowire diameter designed at two thirds of gate length minus three times gate oxide thickness is shown to achieve good control of short-channel effects.
Spatial averaging schemes were designed at four scales: pixel, topographic feature (uplands, sideslopes, and lowlands), pothole drainage basin, and landscape (0.8 km × 1.6 km).
The self-compacting mortars were designed at four binder contents of 540 kg/m3, 520 kg/m3, 500 kg/m3, and 480 kg/m3 at four different water-to-binder ratios of 0.33, 0.37, 0.40, and 0.44, respectively.
The proposed algorithm is designed at two levels: a transformer via TMP, and a home via HAC.
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