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Versatile control of metal-assisted chemical etching for vertical silicon microwire arrays and their photovoltaic applications
A systematic study was conducted into the use of metal-assisted chemical etching (MacEtch)
to fabricate vertical Si microwire arrays, with several models being studied for the efficient …
to fabricate vertical Si microwire arrays, with several models being studied for the efficient …
Numerical analysis of InP based high efficiency radial junction nanowire solar cell
Abstract III-V nanowire (NW) solar cells (SCs) promise a comparable efficiency to that of their
planar counterparts with additional advantage of reduced material consumption to cut the …
planar counterparts with additional advantage of reduced material consumption to cut the …
Design principles for fabrication of InP-based radial junction nanowire solar cells using an electron selective contact
Nanowire solar cells hold several advantages over planar solar cells, such as reduced
reflection, facile strain relaxation, extreme light trap**, increased defect tolerance, etc …
reflection, facile strain relaxation, extreme light trap**, increased defect tolerance, etc …
Advanced plasma processing: etching, deposition, and wafer bonding techniques for semiconductor applications
Plasma processing techniques are one of the cornerstones of modern semiconductor
fabrication. Low pressure plasmas in particular can achieve high radical density, high …
fabrication. Low pressure plasmas in particular can achieve high radical density, high …
Role of Hole-Selective Contact in Efficiency Improvement of ITO-Free InP/MoO3/ PEDOT:PSS Nanowire Solar Cells
The use of nanostructures over traditional bulk and thin-film solar cells (SCs) increases the
efficiency per unit volume due to the coupled effects of intrinsic antireflection and strong …
efficiency per unit volume due to the coupled effects of intrinsic antireflection and strong …
Optimizing photovoltaic charge generation of nanowire arrays: a simple semi-analytic approach
Nanowire arrays exhibit efficient light coupling and strong light trap**, making them well
suited to solar cell applications. The processes that contribute to their absorption are …
suited to solar cell applications. The processes that contribute to their absorption are …
Optical properties of Si microwires combined with nanoneedles for flexible thin film photovoltaics
A combined wire structure, made up of longer periodic Si microwires and short
nanoneedles, was prepared to enhance light absorption using one-step plasma etching via …
nanoneedles, was prepared to enhance light absorption using one-step plasma etching via …
Enhanced metal assisted etching method for high aspect ratio microstructures: Applications in silicon micropillar array solar cells
A solar cell device, fabricated on high density array cylindrical pillars, enables
photogenerated carrier collection in the radial direction, thus shortening the path length of …
photogenerated carrier collection in the radial direction, thus shortening the path length of …
Efficient Light Trap** in Hexagonal InP Nanostructured Solar Cells Using Plasmonic Al Nanoparticles
InP nanostructure based solar cells (SCs) offer the unique potential for reduced material
consumption and effective management of light trap** and scattering processes, paving …
consumption and effective management of light trap** and scattering processes, paving …
Optimization of a GaAs/AlGaAs pin heterojunction nanowire solar cell for improved optical and electrical properties
S Majumder, K RA, S Ravindran - Journal of the Optical Society of …, 2023 - opg.optica.org
GaAs/AlGaAs based nanowires are promising candidates for photovoltaic applications due
to their high absorption coefficient, low surface reflection, and efficient collection of …
to their high absorption coefficient, low surface reflection, and efficient collection of …