This work intends to get a better understanding of cluster formation in supersonic nozzles of
different geometries. The throat diameters d are within 0.26 mm≤ d≤ 0.62 mm⁠, the half …

Using Rayleigh scattering measurement, we experimentally studied the effect of the opening
angle of conical nozzles on the average sizes of argon clusters produced by high-pressure …

We describe a generally applicable method for the experimental determination of stationary
flow conditions in pulsed supersonic beams, utilizing time-resolved electron induced …

We present experimental studies on the conversion efficiency of fusion neutrons generated
from Coulomb explosion of cryogenically cooled heteronuclear deuterated methane (CD 4) …

Laser and beam driven wakefields promise orders of magnitude increases in electric field
gradients for particle accelerators for future applications. Key areas to explore include the …

We present a time-resolved analysis of Rayleigh scattering measurements to determine the
average size of methane clusters and find the optimum timing for laser-cluster fusion …

In this paper, fusion neutron yields from the Coulomb explosion of (CD 4) N clusters under
the irradiation of an intense femtosecond laser pulse is optimized by controlling the …

We report the first comprehensive study of large amplitude Langmuir waves in a plasma of
nanometer-scale clusters. Using an oblique angle single-shot frequency domain holography …

An experimental investigation is performed on the interaction of intense femtosecond laser
pulses at the intensity of 6× 10 17 W/cm 2 (55 fs, 160 mJ at 800 nm) with ethane cluster (C 2 …

The influence of a monatomic carrier gas on cluster formation in supersonic methane jets is
studied. The formation of methane clusters in a mixture with condensed argon and non …