A portion of the sample is vaporized during the laser pulse to form plasma of the sample constituents containing electronically excited atomic species.
The dust particles vaporized in the impact and mass spectra were obtained from the ionized material.
The heat generated by the arc gradually vaporized the ammonia together with the arcing products.
The wire is completely vaporized after this first pinch.
During arcing, part of the liquid nitrogen vaporizes to dissipate the heat generated by the electric arc.
Small spots on the cathode material are vaporized and ionized, producing a plasma plume, from which ions are extracted.
A stepwise heating process vaporized substances from the surface material.
Once the wire cores vaporize, the material pressure greatly exceeds the effective magnetic pressure and each wire undergoes rapid cylindrical expansion, regardless of the shape of the magnetic field.
