Thin microcrystalline silicon carbide films (μc-SiC: H) were grown by the hot-wire deposition
technique for implementation as a window layer into thin-film solar cells. The μc-SiC: H …

N-type microcrystalline silicon carbide (c-SiC: H (n)) is a promising material for the doped
layer on the illuminated side of silicon heterojunction (SHJ) solar cells, because it o ers a …

To optimize the performance of microcrystalline silicon carbide (µc-SiC: H) window layers in
nip type microcrystalline silicon (µc-Si: H) solar cells, the influence of the rhenium filament …

We have systematically studied a series of silicon carbide multilayer (# SiC) samples, each
consisting of 30 periods of two alternating layers of microcrystalline silicon carbide (μc-SiC …

Thin films of microcrystalline hydrogenated silicon (µc-Si: H) and nanocrystalline silicon
carbide (nc-SiC: H) provide a new class of advanced nanostructured materials for solar …

N-type microcrystalline silicon carbide (μc-SiC: H (n)) deposited by hot wire chemical vapor
deposition provides advantageous opto-electronic properties for window layer material in …

Al-doped p-type microcrystalline silicon carbide (µc-SiC: H) thin films were deposited by hot-
wire chemical vapor deposition at substrate temperatures below 400 C. Monomethylsilane …

Crystalline silicon carbide alloys have a very high potential to be used as transparent
conductive window layers in thin-film solar cells provided they can be prepared in thin-film …

Crystalline silicon carbide alloys have a very high potential as transparent conductive
window layers in thin-film solar cells provided they can be prepared in thin-film form and at …

Wide bandgap emitters on crystalline substrates are an active area of research for use in
heterojunction silicon solar cells. We have deposited high conductivity SiC containing large …