Add to ORKGThe requirements for divertor spectroscopy are treated with respect to instrumentation and observations on present machines. Emphasis is placed on quantitative measurements.of impurity concentrations from the interpretation of spectral line intensities. The possible influence of non-Maxwellian electron distributions on spectral line excitation in the divertor is discussed. Finally the use of spectroscopy for determining plasma temperature, density, and flows is examined
Abstract. The discharges created and maintained by a surface-wave are being used in an increasing nu...
To further the understanding and knowledge about fusion plasmas and their behaviour during different...
Spectroscopy infusion experiments is an important tool to identify impurities in the plasma and to a...
Plasma spectroscopy is a diagnostic tool which is most suitable for the measurement of the behaviour...
parameters of impurities and isotopes of hydrogen (tritium, deuterium and hydrogen) in the divertor ...
The diagnosis of tokamak divertor plasmas is limited in the ability to understand the behaviour and ...
A brief introduction into the spectroscopy of fusion plasmas is presented. Basic principles of the e...
High resolution spectroscopy on the Tokamak à Configuration Variable (TCV) divertor plasma provided ...
A description of the radiation emitted by impurities from within a plasma is crucial if spectral lin...
With the current focus on the characteristics and effective operation of divertor configurations in ...
International audienceIn this paper we present some investigations of the broadening mechanisms affe...
New diagnostics have been developed to address key divertor physics questions, including: target pla...
Les impuretés ayant un grand intérêt dans les tokamaks, la spectroscopie joue un rôle important pour...
The understanding of plasma surface interactions, in order to assess the main processes which take p...
Spectroscopy of radiation emitted by impurities and hydrogen isotopes plays an important role in the...
Abstract. The discharges created and maintained by a surface-wave are being used in an increasing nu...
To further the understanding and knowledge about fusion plasmas and their behaviour during different...
Spectroscopy infusion experiments is an important tool to identify impurities in the plasma and to a...
Plasma spectroscopy is a diagnostic tool which is most suitable for the measurement of the behaviour...
parameters of impurities and isotopes of hydrogen (tritium, deuterium and hydrogen) in the divertor ...
The diagnosis of tokamak divertor plasmas is limited in the ability to understand the behaviour and ...
A brief introduction into the spectroscopy of fusion plasmas is presented. Basic principles of the e...
High resolution spectroscopy on the Tokamak à Configuration Variable (TCV) divertor plasma provided ...
A description of the radiation emitted by impurities from within a plasma is crucial if spectral lin...
With the current focus on the characteristics and effective operation of divertor configurations in ...
International audienceIn this paper we present some investigations of the broadening mechanisms affe...
New diagnostics have been developed to address key divertor physics questions, including: target pla...
Les impuretés ayant un grand intérêt dans les tokamaks, la spectroscopie joue un rôle important pour...
The understanding of plasma surface interactions, in order to assess the main processes which take p...
Spectroscopy of radiation emitted by impurities and hydrogen isotopes plays an important role in the...
Abstract. The discharges created and maintained by a surface-wave are being used in an increasing nu...
To further the understanding and knowledge about fusion plasmas and their behaviour during different...
Spectroscopy infusion experiments is an important tool to identify impurities in the plasma and to a...