The paper demonstrates the design, simulation, fabrication, and analysis of InGaN/GaN
superlattice (SL) solar cell with photonic crystal (PhC) structure at the top surface. Ten pairs …

In this work, the atomic mechanism of chemical treatment on diamond-turned aluminium
surface due to aqueous H2O2 is investigated using a reactive molecular dynamics …

Properties of deep-level defects in CuGaSe_2 thin-film solar cells were investigated using
photocapacitance methods. By measuring the transient photocapacitance spectra, a deep …

Optoelectronic materials are the backbone of today's high‐tech industry. To customize their
response, one can directly modify the atomic arrangement, chemical composition, lattice …

We demonstrate high optical transmission in solar cell contacts based on nanowire arrays
with subwavelength spacing. The photocurrent results obtained from fabricated devices are …

The ability to absorb light is indispensable for high efficient solar power generation. This
places conflicting requirements on the structure of a solar cell: On one hand, it needs to have …

This thesis presents the design, control, implementation, and analysis of grid-connected
solar PV systems converters. The proposed topologies include multilevel inverters and solid …

Синтезированы поликристаллические пленки Cu 0.27 Ga 1.85 Se 1.88 и Cu 0.33 Ga 1.54
Se 2.13 со структурой халькопирита системы Cu-Ga-Se. Влияние температуры …

Solar energy is a vast resource, and next-generation photovoltaic (PV) devices could enable
clean, renewable energy on a far greater scale than at present. Current systems operate at< …

Kurzfassung Der Wirkungsgrad normaler Einfachsolarzellen näherte sich in den letzten
Jahren immer weiter seinem thermodynamischen Limit–dem Shockley-Queisser-Limit–an …