Tutorial Topic Index

A

Adjoint dispersion, multiple samplers
Adjoint dispersion, single sampler
Advection, Predictor-corrector
Aircraft sampling, CAPTEX
Aircraft sampling, dynamic
Air density conversions
AirNow PM10 dust
AirNow PM10 smoke
Animation, example
Animation, CAPTEX
Anisotropy, factor for TKE
ArcExplorer, example
ArcExplorer, install
Archived meteorology

B

Backward or upwind dispersion
Backward integration to find source
Backward trajectory reversibility
Batch file for concplot
Batch file example
Batch file scripting
Bdyfiles directory, replacing files
Beljaars-Holtslag turbulence equations
Blue Sky modeling framework
Box plot for ensembles
Bulk Richardson number

C

CAPTEX animation
CAPTEX configuration
CAPTEX overview
Center-of-Mass trajectories
Center-of-Mass trajectories, frequency plot
Cesium-137
CHEMRATE.TXT input file
Climatology, trajectory
Cloud, definition
Cluster spatial variance
Clustering, example
Clustering, trajectory
Coefficient matrix solutions, explicit
Coefficient matrix solutions, minimization
Concentration, animation, with measurements
Concentration, binary to ASCII
Concentration, contouring
Concentration, convert to DATEM
Concentration, define multiple grids
Concentration, display scripting
Concentration, file listing
Concentration, file merging
Concentration, grid display
Concentration, fine grid, dose
Concentration, fine grid, effect
Concentration, fine grid, near-source
Concentration, grid size sensitivity
Concentration, maximum
Concentration, polar grid Concentration, profile
Concentration, set grid size
Concentration, shapefiles
Concentration, test case reconfiguration
Concentration, vertical profile
Conformal meteorology grid, wind rotation
Contouring, meteorological data
CONTROL file optimize
Conversion rates: chemrate.txt
Correlation, measured and calculated
County boundaries on maps using shapefiles

D

DATEM format conversion from concentration binary
Density, particles
Deposition probability
Dilution factors, source to receptor
Dispersion, STILT or HYSPLIT option
Dose calculation from Fukushima
Dose conversion factors, radiological
Dose, deposition sensitivity
Dry deposition velocity
Dust storm simulations
Dust simulations using high-resolution land-use
Dust simulations using variable threshold velocities
Dust simulations adjusting emission factors
Dutch Harbor, Alaska

E

ECMWF, ERA-40 for CAPTEX
Ensemble, cleanup files
Ensemble, display graphics
Ensemble, mean concentration
Ensemble, meteorology
Ensemble, reduction techniques
Ensemble, physics
Ensemble, physics, best member
Ensemble, statistical analysis
Ensemble, trajectories
Ensemble, verification
Emissions, estimating from measurements
EMITIMES emission input file, complex
EMITIMES emission input file, editing example
EMITIMES emission input file, simple
ERA-40 ECMWF reanalysis
Errors, trajectory calculation
Errors, meteorological data
ESRI generate format for shapefiles
Equations for HYSPLIT
Excel, import
Excel, slope function for estimating source
Executable program names
Eyjafjallajokull eruption simulation

F

File structure flowchart
Fire Emission Product Simulator (FEPS)
Fire smoke dispersion
First-guess position, advection
Fission product activity tables
Flowchart, input and output files
Flow field gradients, computing ensemble
Frequency, trajectory
FTP data servers
Fukushima Daiichi Nuclear Power Plant
Fukushima NPP dose calculation
Fukushima NPP source estimates from measurements

G

Gaseous dry deposition
Gaseous wet deposition
Gaseous wet deposition, example
Gaussian puff, equation
Gaussian puff, example calculation
Gaussian random number, 3D particle
Gaussian versus Top-Hat puffs
Geolocation, determining source location
GIS, ArcExplorer
Global reanalysis, NCAR/NCEP for CAPTEX
Google Earth animation
Google Earth example calculation
Graphic Labels, lower panel supplemental information
Graphics, enhanced labels
Gravitational settling, example
Gravitational settling, Ganser equation
Gravitational settling, Ganser example
Gravitational settling, Stokes equation
Gravitational settling, wind-blown dust
Grid domain, computing for meteorology files
Grid offset, ensemble calculation
Grid, size sensitivity
Grid to station conversion
Grids menu, basic concentration setup
GUI file structure flowchart

H

Half-Life for radioactive decay
Hanna turbulence equation
Hanna variable Lagrangian time scale
Height varying emissions using an EMITIMES
Help files for HYSPLIT
Henry's law for gaseous wet deposition
Holtslag and Vogelezand Richardson number for PBL depth
Horizontal velocity deformation for dispersion
Hourly trajectories

I

I-131 simulation
ImageMagick installation
Import, Excel
INFILE, for clustering
Input files, evaluation
Installation directories for HYSPLIT
Integration error, forward-backward
Interpolate to station, concentration values
Isobaric trajectories and terrain
Isobaric trajectories and vertical motion
Isentropic trajectory

K

Kanthar-Clayson turbulence equation
Keyhole Markup Language (KML) for Google Earth
KMZ zipped KML plus other files for GE

L

Labels, lower panel supplemental information
LANDUSE.ASC, high-resolution replacement
Lagrangian sampling
Lagrangian time scale
Lagrangian time scale, Hanna, variable
Local-scale dispersion simulations

M

Mac OSX 10.6 installation
Map backgrounds, using Python
Map backgrounds, using shapefiles
Map center position set
Map optimization
MAPTEXT.CFG for lower panel labels
Mass-coupled meteorology
Mass-coupled winds, trajectory
Mass mixing ratio, converting from volume
Matrix, source-receptor computation
Matrix, source-receptor statistics
Matrix, trajectory configuration
MAXPAR, maximum number of particles-puffs
Mean concentrations
Measurement data, to estimate emissions
Member plot for ensembles
Menu tabs, GUI overview
Merging shapefiles
Meteorological data, computing an ensemble
Meteorological data, computing turbulence
Meteorological data, contouring
Meteorological data, sources of error
Meteorology files, available for tutorial
Meteorology files, check contents
Meteorology files, define multiple grids
Meteorology files, time averaged or mass-coupled
Meteorological grid, ensemble
Meteorological grid, size
Minimum concentrations
Mixed layer depth, computation options
Mixed layer depth, automatic starting
Mixed layer depth, Richardson number
Mixing ratio, converting between volume and mass
MM5V3, decoding data
Model top height or scaling height
MODIS fire detection
Momentum flux for stability
Monin-Obukhov length
Multiple species emissions using an EMITIMES
Multiple trajectories, geolocation
Multiple trajectories, plot from file of file names
Multiple trajectories, vary in-time
Multiple trajectories, vary in-space

N

NARR - North American Regional Reanalysis
NARR, for CAPTEX
NetCDF format
NOMADS data server

O

Optimize CONTROL and SETUP.CFG
Overlay, shapefiles

P

PARDUMP, particle position file
PARINIT and PARDUMP files for model restarts
Particle calculation
Particle counting
Particle cross-section display
Particle dry deposition
Particle wet deposition
Particle limits: MAXPAR
Particle number release rate effects
Particle number release rate optimize
Particle position adjustments
Particle position display options
Particle size distributions
Particle trajectory counting
Particle versus puff
Physics ensemble
Plants.txt file, starting locations list
Plume arrival time graphic
Plume rise
PMCH tracer for CAPTEX
PM25 from wildfire smoke
PM10 from dust storms
Polar coordinate concentration grid Pollutant menu, basic setting emissions
Pollutant transformation options
Prescribed burns
Profile, concentration
Profile, meteorology data
Profile, meteorology example
Program names
Puff release mode, set puff or particle
Puff size, computing concentration
Puff splitting
PYHOOK.BAT, python display batch file
Python, display trajectory

R

Radioactive particles
RADNET sampling network
Rainout for in-cloud wet deposition
Reanalysis data, download example
Reanalysis data, download menu
Receptor view, matrix
Redundancy, ensembles
Release height variations
Relative humidity, cloud bottom (RHB)
Relative humidity, cloud top (RHT)
REM for a dose calculation
Residence time, trajectory
Restarting from a PARDUMP file
Reversible plume calculation
Richardson number for PBL depth

S

Sagebrush experiment #5
Satellite aerosol thickness
Scaling height or model top height
Scatter diagram for measured and calculated
Scavenging coefficient for below-cloud wet deposition
Scripted multiple dispersion simulations
Scripted multiple trajectory simulations
Sensible heat flux for stability
SETUP.CFG file optimize
Shapefiles, concentrations and trajectories
Shapefiles, GIS applications
Shapefiles, map backgrounds
Short-range dispersion simulations
Sievert for Dose calculations
Sigma vertical coordinate system
Simultaneous multiple grids, concentration or meteorology
Snapshot concentration output
Sounding, meteorological
Source location statistical map
Source location triangulation
Source-receptor matrix creation
Source select, concentration
Source select, trajectory
Source term solution, using cost function minimization
Source term solution, using Excel slope function
Source term solution, using the ratio method
Source term solution, using SVD
Source view, matrix
Starting locations list, plants.txt
Spatial variance for clustering
Special runs, ensemble
Stability computation options
Starting height, above mean seal-level
Statistics, measured and calculated
STILT, configuring HYSPLIT
STILT, example calculation
STILT, mixing options
STILT, turbulence options
Sum mass not mass over volume
SVG conversion to other formats

T

Tcl/Tk installation for GUI
Temperature profiles for mixing depth
Terrain display for trajectories
Terrain intersection, backward trajectory
Terrain intersection, trajectory error
Test simulation, concentration
Test simulation, trajectory
Threshold friction velocity, dust storms
Time averaged meteorology
Time averaged trajectory
Time series plot for concentration
Time step error
Time varying emissions using an EMITIMES
Time varying sources, from measurements, SVD solution
Time varying sources, from measurements, cost function solution
TKE profile for mixed layer depth
TOMS - OMI viewer for aerosol thickness
Top-hat puff, equation
Top-hat puff, example
Top-Hat versus Gaussian puffs
Total spatial variance for clustering
Transfer coefficient matrix, creating
Trajectory, absolute error
Trajectory, center-of-mass
Trajectory, display graphic
Trajectory, frequency
Trajectory, frequency, dispersing particles
Trajectory, input from measurements
Trajectory, setup menu
Trajectory, shapefiles
Trajectory, starting locations
Trajectory, time averaged winds
Trajectory, within the mixed layer
Turbulence ensemble
Turbulence, derive from meteorological data
Turbulence parameterization ensemble
Turbulent kinetic energy
Turbulent velocity equations
Turbulent velocity variances

U

User entered meteorology
User set concentration contours

V

Velocity, auto-correlation
Velocity, standard deviation
Velocity, vectors
Vertical motion
Vertical profile, concentration
Vertical sigma coordinate system
Vertical turbulence, trajectory
Volcanic eruptions
Volcanic eruptions, ash deposition depth
Vogelezand and Holtslag Richardson number for PBL depth
Volume mixing ratio conversion to mass
VSMOKE fire emissions

W

Washout below-cloud wet deposition
Wet deposition location
Wet deposition overview
Wildfire smoke dispersion
Wind-blown dust emissions
Wind rotation, conformal grid
Windows 32/64-bit installation
Working directory cleanup
WRF-ARW data conversion
WRF-ARW, for CAPTEX
WRF-ARW, 3 km resolution simulation
WRF-ARW, 27 km resolution simulation
WRF-ARW, 27 km, mass-coupled or time-averaged
WRF vertical interpolation option (wvert=.true.)

X

Xrun testing directory
Xrun testing example batch file
Xrun testing script