We present a novel soft x-ray spectrometer for ultrafast absorption spectroscopy utilizing
table-top femtosecond high-order harmonic sources. Where most commercially available …

The extension of the pump-probe approach known from UV/VIS spectroscopy to very short
wavelengths together with advanced simulation techniques allows a detailed analysis of …

With time-resolved soft X-ray spectroscopy, the element-specific dynamics of the electronic
structure of disordered systems can be investigated. Measurements of species in dilute …

We present a laser-driven, bright, and broadband (50 to 1500 eV) soft-x-ray plasma source
with< 10 ps pulse duration. This source is employed in two complementary, laboratory-scale …

Implementing a newly developed spectrometer for the soft x‐ray range of (35–130) eV
based on reflection zone plates was successfully accomplished on an electron probe …

In the field of quantitative X-ray analysis techniques, such as electron probe microanalysis,
precise knowledge of fundamental parameters is crucial. Especially, the accurate …

Laboratory based laser driven short pulse X-ray sources like laser produced plasmas (LPP)
and high harmonic generation (HHG) exhibit a great potential for spectroscopy in the soft X …

Conference title, upper and lower case, bolded, 18 point type, centered Page 1 High-Resolution,
High-Efficiency Spectrometers for Laboratory Sources in the Soft X-ray Range Alexei Erko1 …

We present the attosecond beamline we are currently developing based on a parametric
waveform synthesizer. This source is based on the coherent synthesis of two phase-stable …

A new type of aberration-corrected time-delay compensating monochromator (TDCM) for
soft X-rays is presented. Composed of two identical reflection zone plates (RZPs) on …