A time-dependent collisional radiation model has been used to validate the use of a pulsed helium beam to measure electron temperature profiles in the H-1NF flexible heliac. The diagnostics technique is based on the measurement of helium spectral line ratios which are a strong function of electron temperature while being a weak function of electron density. The validation procedure involves comparing measured and calculated emissivities of spectral lines emitted by helium atoms as a function of position in the beam
The helium-line spectral monitoring (HELIOS) diagnostic measures T_e and n_e using a collisional rad...
The emission intensities and line ratios from a fast neutral helium beam is investigated in the Madi...
We report on recent advancements of the synthetic diagnostic module in the post processing part of ...
The helium beam diagnostic is an active spectroscopic method to measure electron temperatures and de...
Electron density and temperature distributions in the H-1 heliac plasma are measured using the heliu...
"Electron temperature and density are measured, and the hot electrons in a plasma are investigated u...
Optical diagnostics for plasmas has many advantages that allow for the determination and understandi...
For developing a novel electron density and temperature diagnostics based on fast He beam emission s...
Abstract. For developing a novel electron density and-temperature diagnostics based on fast He beam ...
Beam emission spectroscopy on thermal helium is used at the TEXTOR tokamak as a reliable method to o...
Emission from an energetic neutral helium beam has been investigated as a potential localized diagno...
We describe a technique to absolutely estimate the electron temperature in radiation dominated plasm...
Several collisional-radiative (CR) models (Anderson et al 2000 Plasma Phys. Control. Fusion 42 781-8...
Evaluating the ratio of selected helium lines allows for measurement of electron densities and tempe...
Low density (n(e) ?? 10(11) cm(-3)) and low temperature (T-e ?? 10 eV) helium plasma was generated b...
The helium-line spectral monitoring (HELIOS) diagnostic measures T_e and n_e using a collisional rad...
The emission intensities and line ratios from a fast neutral helium beam is investigated in the Madi...
We report on recent advancements of the synthetic diagnostic module in the post processing part of ...
The helium beam diagnostic is an active spectroscopic method to measure electron temperatures and de...
Electron density and temperature distributions in the H-1 heliac plasma are measured using the heliu...
"Electron temperature and density are measured, and the hot electrons in a plasma are investigated u...
Optical diagnostics for plasmas has many advantages that allow for the determination and understandi...
For developing a novel electron density and temperature diagnostics based on fast He beam emission s...
Abstract. For developing a novel electron density and-temperature diagnostics based on fast He beam ...
Beam emission spectroscopy on thermal helium is used at the TEXTOR tokamak as a reliable method to o...
Emission from an energetic neutral helium beam has been investigated as a potential localized diagno...
We describe a technique to absolutely estimate the electron temperature in radiation dominated plasm...
Several collisional-radiative (CR) models (Anderson et al 2000 Plasma Phys. Control. Fusion 42 781-8...
Evaluating the ratio of selected helium lines allows for measurement of electron densities and tempe...
Low density (n(e) ?? 10(11) cm(-3)) and low temperature (T-e ?? 10 eV) helium plasma was generated b...
The helium-line spectral monitoring (HELIOS) diagnostic measures T_e and n_e using a collisional rad...
The emission intensities and line ratios from a fast neutral helium beam is investigated in the Madi...
We report on recent advancements of the synthetic diagnostic module in the post processing part of ...