Analytical Model of Multi-junction Solar Cell

A Comparison of Catalytic Effect of Nano‐Mn3O4 derived from MnC2O4.2H2O and Mn(acac)3 on Thermal Decomposition of Ammonium Perchlorate

“…Interestingly, the average of the activation energy (Table , Table , and Table ) equals 164.352 kJ · mol –1 and 173.01 kJ · mol –1 for pure ammonium perchlorate, 104.79 kJ · mol –1 for the MnC 2 O 4 · 2H 2 O@AP system and 75.09 kJ · mol –1 and 112.41 kJ · mol –1 for the Mn(acac) 3 @AP system. The activation energy for pure ammonium perchlorate is reported to be in the ranges of 120–243 kJ · mol –1 . Figure shows the conversion‐temperature (α‐ T ) curves in the range of 0.05–0.95 for thermal decomposition of pure ammonium perchlorate and composites MnC 2 O 4 · 2H 2 O@AP and Mn(acac) 3 @AP at different heating rates.…”

Modeling lattice-matched InP-based multijunction solar cells

“…In addition, detailed structure design and EQE curve calculations are given for the first time in this study for AlAsSb/InP tandem and AlAsSb/InP/InGaAsP triple junctions. The proposed model is similar to previous ones but the radiative recombination rate variation due to wavelength is taken into account in this study, while most of the present models use radiative recombination term as a constant [28,29].…”

Optimal real time cost-benefit based demand response with intermittent resources

“…The photovoltaics, being an attractive source of renewable energy, are the appropriate option for electrification in independent MGN because of their small size and ease in transportation [43]. The functionality of a solar cell can primarily be understood by considering it as a diode.…”