In particular, 7 processes are identified: charge-transfer reactions between LSCF/GDC, GDC/YSZ and Ni/YSZ interfaces appear in the high-frequency range, the medium-frequency feature is due the oxygen reduction reaction and the gas diffusion in the anode, while the low-frequency arc is mainly due to the gas conversion in the anodic channel.
Under the 2006 Finance Law, some Regions have requested a Representative of the district to be identified, charged with interfacing with the public administration at various levels.
As a potential molecular mechanism for the restricted pattern of SNX-BAR dimerization, we have identified charged residues in the hydrophobic interface of the newly described SNX1 SNX1 crystal structure and SNX5:SNX5 homology model.
Photoluminescence (PL) spectroscopy and time-correlated single photon counting (TCSPC) have been commonly used to understand charge collection efficiencies and identify charge transfer mechanisms.
We thus can identify charge redistribution as the primary SD mechanism, with a smaller but important contribution (17% of original SD) from carbon oxidation.
This approach relies on identifying charge states based on the observed C isotope spacing [90], or identifying oligomer size based on unique, odd numbered charge states [88,89].
The linear dependence of Rxy(B) with positive slope identifies charge carriers as holes, with a Hall carrier density n H = B/ eRxy) = 3 × 10cm−2 (see Figure 1c).
The proximity-focusing A-RICH system is especially designed to identify charged kaons and pions.
Each calorimeter is equipped with a plastic scintillator hodoscope to identify charged particles.
It has been designed to identify charged pions and kaons in the range 1⩽p⩽3Gev/c and protons in the range 2⩽p⩽5Gev/c.
The background rates differ between the BI and the FI chips, in part because of differences in the efficiency for identifying charged particle interactions.
