The physical limits of the photometric resolution in broadband electronic transient absorption
spectroscopy are discussed together with solutions for how to reach these limits in practice …

Transient absorption following pulsed excitation has been used for many years to record the
kinetics and spectra of transient chemical species. 1–11 A typical experimental setup …

A totally automated picosecond transient absorption spectrometer is described. This
experimental apparatus requires two photodiodes arrays as detectors and a single …

A combination of sub-nanosecond photoexcitation and femtosecond supercontinuum
probing is used to extend femtosecond transient absorption spectroscopy into the …

The appearance of coherent artifact signals in transient absorption spectroscopy employing
a spectrally integrated detection system is studied. The influence of the detection design on …

We present a new development for pump–probe absorption spectroscopy that allows the
simultaneous measurement from the green part of the visible spectrum (510 nm) over the …

Time-resolved spectroscopy and, in particular, transient absorption methods have been
widely employed to study the dynamics of materials, usually achieving time resolution down …

Transient-absorption spectroscopy is a common and well-developed technique for
measuring time-dependent optical phenomena. One important aspect, especially for …

Single-shot transient absorption (SSTA) spectroscopy is fundamentally identical to transient
absorption (TA) spectroscopy but differs in its implementation to enable the measurement of …

An open hardware design and implementation for a transient absorption spectrometer are
presented that has microsecond time resolution and measures full difference spectra in the …