[PDF][PDF] An incoherent Thomson scattering system for measurements near plasma boundaries
JLS Betancourt, J Lopez-Uricoechea… - Rev. Sci …, 2024 - hpepl.ae.gatech.edu
Laser Thomson scattering (LTS) is a minimally invasive measurement technique used for
determining electron properties in plasma systems. Sheath model closure validation
requires minimally invasive measurements of the electron properties that traverse the
boundaries between the bulk plasma, the presheath, and the plasma sheath. Several
studies have probed the radial properties along the surface of discharge electrodes with
laser-based diagnostics and electrostatic probes. These measurements provide valuable …
determining electron properties in plasma systems. Sheath model closure validation
requires minimally invasive measurements of the electron properties that traverse the
boundaries between the bulk plasma, the presheath, and the plasma sheath. Several
studies have probed the radial properties along the surface of discharge electrodes with
laser-based diagnostics and electrostatic probes. These measurements provide valuable …
An incoherent Thomson scattering system for measurements near plasma boundaries
JL Suazo Betancourt, J Lopez-Uricoechea… - Review of Scientific …, 2024 - pubs.aip.org
Laser Thomson scattering (LTS) is a minimally invasive measurement technique used for
determining electron properties in plasma systems. Sheath model closure validation
requires minimally invasive measurements of the electron properties that traverse the
boundaries between the bulk plasma, the presheath, and the plasma sheath. Several
studies have probed the radial properties along the surface of discharge electrodes with
laser-based diagnostics and electrostatic probes. These measurements provide valuable …
determining electron properties in plasma systems. Sheath model closure validation
requires minimally invasive measurements of the electron properties that traverse the
boundaries between the bulk plasma, the presheath, and the plasma sheath. Several
studies have probed the radial properties along the surface of discharge electrodes with
laser-based diagnostics and electrostatic probes. These measurements provide valuable …