On the OMFIT modeling framework and the development of steady ...
On the OMFIT modeling framework and the development of steady ...
On the OMFIT modeling framework and the development of steady ...
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1 The <strong>OMFIT</strong> <strong>framework</strong><br />
The <strong>OMFIT</strong> tree structure<br />
<strong>OMFIT</strong> interactive graphical environment<br />
Additional features: user GUIs, high level APIs, MDS+ integration,<br />
visualization<br />
2 Achievements <strong>and</strong> physics results<br />
Control-room analysis <strong>of</strong> gyro-kinetic stability<br />
MHD stability survey<br />
Magnetic flutter model for RMP-induced transport<br />
NTV model for NRMF-induced rotation<br />
Scenario <strong>development</strong> for DIII-D AT discharges<br />
3 Development <strong>of</strong> <strong>steady</strong>-state scenarios for FDF<br />
Improved LHCD system <strong>of</strong> FDF<br />
Integrated <strong>modeling</strong> in <strong>OMFIT</strong> with Eφ = 0 <strong>and</strong> β constraints<br />
Preliminary results using GCNMP/GLF23 transport model<br />
4 Conclusions <strong>and</strong> future <strong>development</strong>s
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