Compared to the prototype gasoline-fueled engine, the average decreases of the equivalent specific fuel consumption, NOx emissions, CO emission and total hydrocarbon emissions for the optimized engine fueled with hydrogen-rich reformates are 6%, 70 %, 50 % and 80 respectively.
As a mere example, decreasing of the equivalent thermal resistance Rb applied to a small edifice (surface ~ 150 m2, for which ~ 200 linear meters of borehole are needed) can entail a total borehole length reduction on the order of 30 40 m (ca. 15 20%).
Thereafter, the O2 fraction was decreased to the equivalent of 2800 m (FiO2 14.6%, 2 nights) and 3000 m (FiO2 14.3%, rest of the camp).
Electrical measurements and impedance spectroscopy showed about two orders of magnitude increase in conductivity of electrodes and twofold decrease in the equivalent series resistance of the assembled cells after heat treatments of ND.
In Figure 1, it is highlighted by the gray vertical arrows, which measure the relative decrease of the plateau for equivalent scans where the boundary has moved approximately 4 mm into the solution column.
In one subject, a hyperopic shift (0.4 D) was observed, together with a more convex shape of the anterior lens surface and a decrease in the equivalent refractive index of the lens.
This decrease caused anticyclonic circulation anomalies, which helped suppress cyclonic circulation, at the 500 hPa level in the center of the typhoon.A decrease in the equivalent potential temperature was also apparent around the rainband on the western side of the typhoon center after 36 h (data not shown).
The results of our study support this hypothesis; in subject 1, a decrease in the equivalent refractive index of the lens was calculated during hyperglycemia.
In the hybrid configuration with MED fed by the RO brine discharge, a decrease in the equivalent electrical consumption of nearly 2 kWh/m3 was achieved, but even in this case RO was more efficient (14.15 vs. 4.048 kWh/m3).
The results show that if the blasthole geometry and charge structure are kept the same in each blast delay, the frequencies of single-delay vibration signals will decrease as the dimensions of the equivalent blasting vibration sources increase.
