Fig. 2 MP series for the BDS satellites on B1 (red), B2 (blue) and B3 (green) frequencies at the CUT0 station on March 1 , 2016
The patent also describes using a light splitter cube to break up incoming light into separate red, blue and green frequencies, which makes it possible to use camera sensors that are more color-accurate, and take in much more light in the same environment vs. sensors that have light-splitting features built in.
For visualization, our software plots each animal's swimming behavior horizontally, assigning a color code that ranges from red (high frequency) to green (low frequency) for each time block and that orders the animals within each genotype so that more rapid paralyzers are displayed at the bottom and slower paralyzers (or relatively constant swimmers) are displayed at the top.
At the group level, the Wilcoxon test was applied for comparison between red and green choice frequencies and the Spearman correlation was performed for measure of dependence between first and overall choices.
Ultra-wideband (UWB) technology is foreseen as a promising solution to overcome the limits of ultra-high frequency (UHF) techniques toward the development of green radio frequency identification (RFID) systems with low energy consumption and localization capabilities.
The sensitivities of 10.0 ± 0.4 fF/%RH, 31.38 ± 0.06 fF/%CO2 and 25.50 ± 0.05 pF/%ethanol obtained should pave the way for the development of innovative green radio frequency identification (RFID) tags using renewable, cheap and biodegradable plant polymers as gas and vapor sensors.
The animals were presented two different contexts, differentiable by the house-light (A-red or B-green), tone frequency (1 or 11 kHz), and spatio-temporal combination rule given by lighting a specific hole and associating it to a specific FI value (i.e., Hole 2-FI 15s vs. Hole 4-FI 60s).
By altering the balance of phosphors that emit at red, green and blue frequencies, the colour of the light can be controlled to account for vagaries of taste.
Panel I of the figure shows simulated instantaneous total power response of quadrature receivers tuned to 1- and 3-GHz frequencies (green and black lines, respectively) to an amplitude-modulated 2-GHz carrier of unit power.
As an additional illustration of a pulse train according to (4), panel I of Figure 4 shows simulated instantaneous total power response of quadrature receivers tuned to 1- and 3-GHz frequencies (green and black lines, respectively) to an amplitude-modulated 2-GHz carrier of unit power.
While the number of government actors is smaller, they still account for 46%% (green network, all frequencies) to 75%% (blue network, monthly and weekly collaboration) of all ties.
