The particle loss in a helical plasma can be found by measuring the angular distribution of the energetic neutral particles using the angularly resolved multi-sightline neutral particle analyzer (ARMS). In ARMS, the AXUV detector with 20 segments usually used as UV monitor is utilized as the particle detector. Two ARMSs, which are installed with perpendicular and tangential views are operated for measuring the real time neutral particle distribution and investigating the particle loss
1. Introduction. This paper is a brief overview of neutral particle diagnostics on LHD including the...
High-energy particle measurement is important for an ion temperature monitor, the study of the high-...
Three emission lines of neutral helium, i.e., the λ 667.8 nm (21P-31D), λ 728.1 nm (21P-31S), and λ ...
A high-energy neutral particle measurement is one of the important diagnostics for ion temperature a...
A horizontal, vertical, and radial high-energy particle distribution measurement system, which consi...
The time-of-flight-type neutral particle analyzer has an ability of horizontal scanning from 40 to 1...
Effective ion heating and good fast ion confinement are essential for ignition. Therefore the influe...
In order to study fast ion confinement and transport mechanisms both in quiescent plasmas and in the...
The spatial resolved energy spectra can be observed during a long discharge of NBI plasma bycontinuo...
The function of the divertor plasmas on the particle control in the plasma periphery is investigated...
A tangential image of an H-alpha intensity profile in a large helical device (LHD) plasma is investi...
A spectroscopy system was installed on the diagnostic neutral beam injector in LHD. The Hα lines spe...
Change of Hα intensity profiles depending on magnetic configurations is observed in the divertor pla...
An Imaging Neutral Particle Analyzer (INPA) diagnostic has been designed for the ASDEX Upgrade (AUG)...
An optimized closed divertor configuration for effective particle control in LHD is proposed from th...
1. Introduction. This paper is a brief overview of neutral particle diagnostics on LHD including the...
High-energy particle measurement is important for an ion temperature monitor, the study of the high-...
Three emission lines of neutral helium, i.e., the λ 667.8 nm (21P-31D), λ 728.1 nm (21P-31S), and λ ...
A high-energy neutral particle measurement is one of the important diagnostics for ion temperature a...
A horizontal, vertical, and radial high-energy particle distribution measurement system, which consi...
The time-of-flight-type neutral particle analyzer has an ability of horizontal scanning from 40 to 1...
Effective ion heating and good fast ion confinement are essential for ignition. Therefore the influe...
In order to study fast ion confinement and transport mechanisms both in quiescent plasmas and in the...
The spatial resolved energy spectra can be observed during a long discharge of NBI plasma bycontinuo...
The function of the divertor plasmas on the particle control in the plasma periphery is investigated...
A tangential image of an H-alpha intensity profile in a large helical device (LHD) plasma is investi...
A spectroscopy system was installed on the diagnostic neutral beam injector in LHD. The Hα lines spe...
Change of Hα intensity profiles depending on magnetic configurations is observed in the divertor pla...
An Imaging Neutral Particle Analyzer (INPA) diagnostic has been designed for the ASDEX Upgrade (AUG)...
An optimized closed divertor configuration for effective particle control in LHD is proposed from th...
1. Introduction. This paper is a brief overview of neutral particle diagnostics on LHD including the...
High-energy particle measurement is important for an ion temperature monitor, the study of the high-...
Three emission lines of neutral helium, i.e., the λ 667.8 nm (21P-31D), λ 728.1 nm (21P-31S), and λ ...