Considerable efforts in search for an effective characterization technique for photovoltaic
devices with utmost precision is on the increase. For precise analysis and tailoring of device …

This investigative research work studies the effect of slicing parameters like water jet
pressure (P), abrasive flow rate (AFR) and stand-off distance (SOD) on the surface …

This paper characterizes the surface modification on silicon surfaces with different patterns
(circle, pyramid) using a nanosecond fiber laser with different parameters, which enhances …

The enhancement of light absorption and surface area in monocrystalline solar cells is
achieved through anisotropic etching, with the aim of improving its conversion efficiency …

Energy is the key for development and is indispensable for human and its society's
sustenance. Likewise, without electricity and access to modern information technologies it …

In this paper, the impact of pyramidal texture on a silicon substrate in ZnO/p-Si
heterojunction was investigated. The texturisation of p-type silicon (100) substrate was …

The development of silicon devices, circuits, and systems in most cases relies on the wet-
chemical etching of silicon wafers (SWs). To achieve deep etching and micromachining …

Surface texturization is well known as one of the most important keys of increasing solar cell
efficiencies where the process allows reduction of the reflection of sunlight and enhances …

In recent time, there have been enormous advances in the development of perovskite solar
cells in terms of its efficiency, rising from 3.8 percent in 2009 to 23.7 percent in 2018. This …