%0 Journal Article
%K Energy
%K Measurements
%K Measurement
%K Emission
%K Pulse
%K Power
%K Plasma diagnostics
%K Diagnostics
%K Optical emission spectroscopy
%K Scattering
%K Ablation
%K Laser
%K Laser ablation
%K Laser ablation
%K Analysis
%K Intensity
%K Ca
%K E
%K Inductively coupled plasma (icp)
%K Inductively-coupled plasma
%K Mass
%K Matrix
%K Plasma
%K Sample
%K Ablated mass
%K Atomic emission
%K Chemical analysis
%K Chemical analysis
%K Emission spectroscopy
%K Emission spectroscopy
%K Icp
%K Line
%K Lines
%K Number
%K Process
%K Ratio
%K Science
%K C
%K England
%K Nd:yag
%K Dry plasma
%K Icp-aes
%K Excitation
%K Ratios
%K Electron number densities
%K Gas-flow rate
%K Density
%K 266 nm
%K Ablation process
%K Alumina
%K Aluminum
%K Duration
%K Electron
%K Electron number density
%K Energies
%K Excitation temperature
%K Fe
%K Iron
%K Laser ablation process
%K Mg
%K Nd:yag laser
%K Nm
%K Number density
%K Optical emission
%K Optical-emission
%K Order
%K Plasma temperature
%K Pulse duration
%K Repetition rate
%K Solid samples
%A Adeline C Ciocan
%A Xianglei Mao
%A Oleg V Borisov
%A Richard E Russo
%B Spectrochimica Acta Part B-Atomic Spectroscopy
%D 1998
%F Laser
%G eng
%M 94
%P 463-470
%T Optical emission spectroscopy studies of the influence of laser ablated mass on dry inductively coupled plasma conditions
%V 53
%2 LBNL-41410