Characterizing plasma conditions in radiatively heated solid-density samples with x-ray Thomson scattering

Decreasing density profile along the laser propagation direction can lead to controlled injection of electrons and is expected to generate electron bunches with better beam quality

Before exploring the effects of isotopic sub- stitution on quenching (de-excitation) rates, we first tested the effects of mass and well-depth on the scattering cross sections

2 The ability of gypsum, a common sulfate mineral, to host arsenic atoms in its crystalline structure, is 1.. demonstrated through experimental structural studies of the

It appears that in the limit of small particle size, much less than the skin depth of the incident radi- ation, the plasma electrons act collectively and additively with

Correction for the plasma radiation (continuum and weak line radiation) and improvement of the signal to background ratio by adequate rejection of the stray light of strong lines

3, we energies for the case where the electron beam is scattered by the surface plasmon of a metal sample with the dispersion relation.. @ ( q ) =

This anomalous behavior is characteristic of a soft optic mode inducing a phase transition and is similar to the results observed by Sapriel et a1.l The emergence of an

The presence of XBr salts (X= Li, Rb, or Cs) in aque- ous solutions changes the density fluctuations of water: at low concentration (0.33 mol/kg) the size of the fluctuations and