MWCNTs while in the second by 0.5%wt.
In the first technique, bit stuffing will be considered, while in the second, delaying these unfilled cells will be suggested.
In one alloy the Laves phase formed on tempering, while in the second alloy the Laves phase precipitated during creep.
In the first case, a luminescent chemical sensor is used while in the second, the sensing membrane presents a colourimetric response.
In the first, the political system is free from capture, while in the second, we examine the case where labor captures the institutional design problem.
In the first model, affinities are distributed lognormally, while in the second, affinities are determined by the number of matches to a target sequence.
In the first case, the minimum detectable concentration was 0.9 ppbV (parts per billion by volume), while in the second case this parameter was improved to 0.29 ppbV.
In the first method we assume that we observed only the plant phenotype, while in the second method we have additional information from the molecular marker observations.
In the first one, pure cell propagation takes place, while in the second one product formation is switched on within the cells by adding an inducer.
In the first architecture, the TSVs inside the switchboxes are multiplexed while in the second architecture, TSVs are multiplexed between the switchboxes.
For the first case only a single steady state was found, while in the second case input and output multiplicities were determined.
