Heat is a well-known treatment method for a wide range of diseases. Hyperthermia
treatment or intentional overheating of cells is a rapidly developing therapeutic strategy in …

The inherent hard-brittle nature of RB-SiC composite poses significant challenges for
efficient machining, hindering its application and promotion. Laser processing is a non …

The commercial application of Mie-resonant nanophotonic technologies currently used in
various laboratory studies, from biosensing to quantum optics, appears to be challenging …

Nanosecond lasers can be used for the selective ablation of ultra-thin SiN x layer (80–100
nm) coated on a silicon substrate with applications in the fabrication of PERC solar cells …

This study reports the impact of pulsed Ni light-induced plating (LIP), compared to the
commonly used galvanostatic Ni LIP, on the initial Ni nucleation and subsequently plated …

As PV manufacturing heads towards the multi‐TW scale, it is required to carefully evaluate a
wide range of concepts including not only efficiency and cost but also material consumption …

An important challenge in industrial laser ablation is laser-induced damage. In this study,
reduced damage was achieved through the transition of the laser distribution from a …

Laser ablation of thin SiN x layer coated on silicon wafer—evaluation of process performance
for PERC solar cell application - IOPscience Skip to content IOP Science home Accessibility …

In this study, a picosecond (ps) laser (wavelength 532 nm) with a top-hat beam was used to
ablate a dielectric stack on a polished surface to improve the quality of the ablated surface …

To improve the photoelectric conversion efficiency (η) of the solar cell, a green wavelength
(532 nm) laser source in a nanosecond range was used to ablate the passivated emitter and …