Silicon wafer solar cells continue to be the leading photovoltaic technology, and in many
places are now providing a substantial portion of electricity generation. Further adoption of …

Photovoltaic (PV) electric power generation has the potential to account for a major portion
of power generation in the global power market. Currently, the PV market is dominated by …

This work demonstrates the efficient optical and passivation properties provided by
hydrogenated silicon nitride (SiNx: H) layers deposited in a lab‐scale atmospheric pressure …

The book addresses the problem of passivation at the surface of crystalline silicon solar
cells. More specifically, it reports on a high-throughput, industrially compatible deposition …

Passivation of p+-doped silicon is demonstrated by using water (H 2 O)-based thermal
atomic layer-deposited titanium oxide (TiO x) films. Emitter saturation current density (J 0 e) …

We examine the surface passivation properties of Al 2 O 3 deposited on boron-doped
planar⟨ 100⟩ crystalline silicon surfaces as a function of the boron concentration. Both …

An in situ oxidation during the boron tribromide diffusion process to form p+-doped junctions
on crystalline Si solar cells leads to the formation of a layer stack system consisting of a …

A novel solar cell structure consisting of both homojunction and heterojunction (homo-hetero
junctions), which possesses a potential to realize high photoelectric conversion efficiency, is …

We have designed silicon (Si) photovoltaic (PV) cells coupled with solar-pumped fiber lasers
(SPFLs), by considering the unique illumination conditions for PV cells:(1) monochromatic …

Surface passivation is a crucial factor in improving the efficiency of c-Si solar cells. In this
work, we develop a boron oxide/aluminum oxide stack (BO x/Al 2 O 3) using the atomic layer …