NTCC Modules Library

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
http://w3.pppl.gov/NTCC/GLF
ContactIs
Jon Kinsey
Review Information
NTCC Review of GLF23 Model

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