Soft X-ray emissions during the processing of industrial materials with ultrafast lasers are of
major interest, especially against the background of legal regulations. Potentially hazardous …

Radiographic imaging using X-rays is a tool for basic research and applications in industry,
materials science, and medical diagnostics. In this article, we present a novel approach for …

The ablative laser processing with ultrashort pulsed laser beams may cause secondary
emission of hazardous X-rays. While the effect has recently been proven to be considered in …

A large range of laser-matter applications employ ultrashort pulses and high laser intensity.
Such processes can lead to unrequired X-ray generation, which represents a hazardous …

The ongoing trend in the development of powerful ultrashort pulse lasers has attracted
increasing attention for this technology to be applied in large-scale surface engineering and …

Ultrashort pulse laser processing can result in the secondary generation of unwanted X-rays
if a critical laser irradiance of about 1013 W cm− 2 is exceeded. Spectral X-ray emissions …

Interactions between ultrashort laser pulses with intensities larger than 1013 W/cm2 and
solids during material processing can lead to the emission of X-rays with photon energies …

“Advanced Pulse Laser Machining Technology” is a rapidly growing field that can be tailored
to special industrial and scientific applications. This is significantly driven by the availability …

In this study, we demonstrate the significant increase in the hard X-ray yield (more than 10^
11 photons/s in 4π solid angle in 6-40 keV range) that can be achieved in an ambient air …

Materials processing with ultrashort laser pulses is one of the most important approaches
when it comes to machining with very high accuracy. High pulse repetition rates and high …