The physical mechanism of the dynamics in laser–material interaction has been an
important research area. In addition to theoretical analysis, direct imaging‐based …

Laser diagnostics has been one of the most powerful tools in advancing state-of-the-art
combustion research over the last five decades. Prof. Marcus Aldén, one of the most well …

Being capable of passively capturing transient scenes occurring in picoseconds and even
shorter time with an extremely large sequence depth in a snapshot, compressed ultrafast …

Laser diagnostic techniques have for more than five decades been used for gaining a
deepened understanding of various combustion processes. The main reason for this is the …

The behaviour and function of dynamic samples can be investigated using optical imaging
approaches with high temporal resolution and multidimensional acquisition. Snapshot …

In this article, the application of the FRAME (Frequency Recognition Algorithm for Multiple
Exposures) technique is presented for multi-species measurements in symmetric and …

Frequency recognition algorithm for multiple exposures (FRAME) is a single-exposure
imaging technique that can be used for ultrafast videography, achieved through rapid …

Measurement of chemical species and temperature map** in flames is essential to
understanding the combustion process. Multiple cameras are conventionally employed for …

The study of rapid and stochastic events that involve multiple species, such as chemical
reactions and plasma dynamics, requires means to capture multispectral information in two …

Plasma-related studies in gas phase are challenging to carry out due to plasma's transient
and unpredictable behavior, excessive luminosity emission, 3D complexity and aggressive …