Add to ORKGFor the precise analysis of toroidal confinement systems, the Toroidal Transport Analysis Code “TOTAL ” has been developed and applied to the Large Helical Device (LHD) plasmas and related reactor systems. The new LHD confinement scaling law is derived, which can extrapolate the present data to the reactor regime without confinement improvement. Slow Relaxation oscillations called “breathing ” have been analyzed using the TOTAL code and the physics simulation modeling with impurity sputtering process. The slight change in transport coefficient during oscillation is experimentally found, and roles of high-Z and low-Z impurities are clarified. The breathing waveform and the oscillation period are reproduced depending on plasma density by this...
A variety of density profiles observed in the Large Helical Device (LHD) have suggested an interesti...
AbstractImpurity behavior is studied in a variety of LHD (Large Helical Device) long pulse discharge...
We customized TASK3D in order to add a new function, TR-snap, for evaluating transport coefficients ...
For the precise analysis of toroidal confinement systems, the Toroidal Transport Analysis Code “TOTA...
For the confinement data analysis of Large Helical Device (LHD), the PRE-TOTAL code is developed for...
We propose a transport model based on a systematic analysis of local transport for a large number of...
The plasma parameters of the standard LHD (Large Helical Device)-type helical reactor (LHR-S) are es...
A model of gyro-reduced Bohm scaling law is incorporated into a one-dimensional transport code to pr...
The impurity transport simulation code coupled with 1-D (dimensional) transport / 3-D equilibrium TO...
"New empirical and theoretical transport models for helical confinement systems are developed based ...
In this study, the integrated transport analysis suite, TASK3D-a, was developed to enhance the physi...
1. Introduction The large helical device (LHD)1 has extended the envelope of confinement study on c...
"In LHD during experiments using stainless steel divertor plates a slow (~ 1 second) cyclic oscillat...
In the present thesis work a theoretical transport model is suggested to study the anomalous transpo...
"The design requirements for helical reactors are investigated on plasma confinement, density regime...
A variety of density profiles observed in the Large Helical Device (LHD) have suggested an interesti...
AbstractImpurity behavior is studied in a variety of LHD (Large Helical Device) long pulse discharge...
We customized TASK3D in order to add a new function, TR-snap, for evaluating transport coefficients ...
For the precise analysis of toroidal confinement systems, the Toroidal Transport Analysis Code “TOTA...
For the confinement data analysis of Large Helical Device (LHD), the PRE-TOTAL code is developed for...
We propose a transport model based on a systematic analysis of local transport for a large number of...
The plasma parameters of the standard LHD (Large Helical Device)-type helical reactor (LHR-S) are es...
A model of gyro-reduced Bohm scaling law is incorporated into a one-dimensional transport code to pr...
The impurity transport simulation code coupled with 1-D (dimensional) transport / 3-D equilibrium TO...
"New empirical and theoretical transport models for helical confinement systems are developed based ...
In this study, the integrated transport analysis suite, TASK3D-a, was developed to enhance the physi...
1. Introduction The large helical device (LHD)1 has extended the envelope of confinement study on c...
"In LHD during experiments using stainless steel divertor plates a slow (~ 1 second) cyclic oscillat...
In the present thesis work a theoretical transport model is suggested to study the anomalous transpo...
"The design requirements for helical reactors are investigated on plasma confinement, density regime...
A variety of density profiles observed in the Large Helical Device (LHD) have suggested an interesti...
AbstractImpurity behavior is studied in a variety of LHD (Large Helical Device) long pulse discharge...
We customized TASK3D in order to add a new function, TR-snap, for evaluating transport coefficients ...