In this study, a single, two cells, 6 cells and 11 cells LT-PEMFC stack was investigated with cell active area 114 cm2, Nafion membrane 112 and catalyst loading 0.4 mg/cm2 working at 25 °C and atmospheric pressure using hydrogen and air as a fuel and oxidant, respectively.
The effects of reaction conditions such as acid loading, reaction temperature, and reaction time have also been investigated with the most active silica-supported HSiW catalysts to optimize the PX yield.
The effect of exenatide has also been investigated with insulin as active control.
Recently, active blade control concepts with smart structures have been investigated with the emphasis on active blade twist and trailing edge flap.
The rate of mass transfer in these reactors was investigated with various concentrations of active carbon particles (average particle size of 30 μm), with electrolyte (sodium gluconate), and with combinations of these.
Two different systems were investigated, with either 1 or 19 active capillaries.
Several possible mechanistic scenarios are investigated with a large model of the active site designed on the basis of the X-ray crystal structure of the native enzyme.
As a part of contact tracing the classmates (close contact defined as from 3 to 30 h/week in the same classroom) and other close contacts were examined for symptoms of active TB and investigated with QFT (June).
Therefore, ER β expression was investigated with respect to a marker of apoptosis, active caspase-3 (Parton et al, 2002).
Active sites and druggable pockets of these selected proteins were investigated with bioinformatic techniques.
