GLF23
- Abstract
- This program is intended to serve as a stand-alone
code for testing the GLF23 model for Ion Temperature
Gradient (ITG) and Trapped Electron Mode (TEM) modes.
The GLF23 model was formulated by approximating the
linear growth rates of the 3D ballooning mode gyrokinetic
(GKS) code whereby the transport coefficients were
taken from simulations of a 3D nonlinear gyro-Landau-fluid
(GLF) code. The model contains magnetic shear and Shafranov
shift stabilization in addition to times rotational
shear stabilization. It is a comprehensive transport
model that predicts particle, electron and ion thermal,
toroidal momentum flows as well as turbulent electron-ion
energy exchange. It is a dispersion type transport
model similar in construction to the fluid based Weiland
ITG/TEM model.
- DateOfInformation
- Tue Mar 16 14:19:47 2010
- Domain
- Anomalous Transport Models
- Keyword
- Dispersion Transport, Ion Temperature, Trapped Electron
- Language
- f90
- Name
- GLF23
- TargetEnvironment
- DEC, SGI, SUN, IBM, HP, Linux (LF, Portland, Intel, Pathscale, GCC)
- Version
- 1.61
- VersionDate
- 01/18/2010
- Webpage
- https://w3.pppl.gov/NTCC/GLF
- ContactIs
- Jon Kinsey
- Review Information
- NTCC Review of GLF23 Model
Meta Data URL from which this entry was created:
https://w3.pppl.gov/rib/repositories/NTCC/objects/Asset/glf23.html
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