The present study is devoted to isolate and the effect of charge migration on photoionization from X@C60. noble gas atoms, Ar, Kr, Xe, are confined in C60 investigate impact entrapped atom side. work concludes that confinement oscillations features amplified due migration. Further, angle-resolved, spin average time delay also investigated light confinement. Features more relative those cross-se...

Abstract IonJet is an engineering model of a low-cost electric propulsion system for small satellites. Whereas the flow control subsystem based on MICROJET 2000 launched 2016 BIROS satellite, thruster novel gridded ion where neutralizer integrated in allowing simultaneous and electron extraction. This design allows reducing number components consequently costs complexity. The whole was successf...

The effect of noble gas cluster species on the interaction with solid surfaces was investigated. Processes Ar, Kr and Xe clusters Cu Mo were studied using molecular dynamics simulations. It is shown that lighter front atoms undergo more backscattering from surface atoms, causing intense multiple collisions between atoms. This affects penetration, energy exchange thermalization. influence per at...

Electron-stimulated desorption of F and Cl from submonolayer CF2Cl2-covered Ru(0001) is strongly affected by coadsorption of polar molecules (H2O and NH3) and nonpolar rare-gas atoms (Xe, Kr, and Ar). Giant anionic enhancements (up to 102-104) are observed for polar molecules, which are several orders of magnitude higher than by nonpolar atoms. The giant enhancements are attributed to enhanced ...

The decay of the plasma grating formed at the intersection of two femtosecond filaments is measured in several molecular and atomic gases. The grating evolution is ruled by ambipolar diffusion in atomic gases and by a combination of ambipolar diffusion and collision-assisted free electron recombination in molecular gases. Electron diffusion and recombination coefficients are extracted for Ne, A...

The nonlinear optical response to high fields is absolutely measured for the noble gas atoms He, Ne, Ar, Kr, and Xe. We find that the response is quadratic in the laser field magnitude up to the ionization threshold of each gas. Its size and quadratic dependence are well predicted by a Kramers-Kronig analysis employing known ionization probabilities, and the results are consistent with calculat...