%0 Journal Article
%K Model
%K Deposition
%K Energy
%K Target
%K Gas
%K Surface
%K Emission
%K Pulse
%K Copper
%K Behavior
%K Material
%K Ablation
%K Laser
%K Vaporization
%K Intensities
%K Intensity
%K Time
%K Form
%K Inductively coupled plasma (icp)
%K Plasma
%K Sample
%K Sampling
%K Spectrometer
%K Cu
%K Process
%K Crater
%K Mechanism
%K Mechanisms
%K Icp-aes
%K Ga
%K Ionization
%K Atomic emission spectrometry
%K Picosecond
%K Picosecond laser
%K Density
%K Laser sampling
%K Nanosecond
%K Pulsed laser
%K Pulsed laser
%K Targets
%K Laser material interaction
%K Electron
%K Energies
%K Depth
%K Pressure
%K Edge
%K Shock
%K Ar
%K Atmosphere
%K He
%K Plasma shielding
%K Electron density
%K Circulation
%K Electron-density
%K Electrons
%K Superconducting thin-films
%K Gas-pressure
%K High-energy
%K I
%K Inverse bremsstrahlung
%K Media
%K Microfabrication
%K Multiphoton ionization
%K Photoelectron
%K Photoelectrons
%K Shock waves
%K Shock waves
%K Solid materials
%K Via
%K Waves
%A Xianglei Mao
%A Wing-Tat Chan
%A Mark A Shannon
%A Richard E Russo
%B Journal of Applied Physics
%D 1993
%F Laser
%G eng
%N 8
%P 4915-4922
%R 10.1063/1.354325
%T Plasma Shielding During Picosecond Laser Sampling of Solid Materials by Ablation in He Versus Ar Atmosphere
%V 74
%2 LBNL-34478
%8 10/1993
%! J. Appl. Phys.