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Al Absorption Spectra

Aperture

Ar-Doped Implosion

ATBASE

Atomic Data

Atomic Data Library: Set-Up

Atomic Model:

• File

• Preconfigured

• Primer

AtomicModelBuilder

Band Intensities

Backlighter:

• Add Time Steps

• Aperture Parameters

• Imaging

• Setup

• Spectroscopy

Batch Mode

Center of Projection - see Orthographic Projection

 

Crystal Spectrometer Imaging Model

Detector:

Electron Density Diagnostic

Flux

Image Plane

Detector-Target Viewer

Display:

• EXODUS File

• Input Data

• LSP PIC Data

Drilldown

Electron Density

Emission:

• Emission Imaging

• Emission K-Shell Spectroscopy

• Emission Visible/UV/EUV Spectroscopy

EXODUS File

Export Image

External Radiation Source

Files:

• Backlighter File

• Filter Response File

• Format

• Preferences File

• PROPACEOS Files

• Simulation Output Files

• Setup

Filter Response Files

Filter Response Functions

Geometry

Grid:

• Photoabsorption Grid

• Setup

Image Plane

Kinetic Models:

LTE

Non-LTE

Light Curve Plot

Low Temperature Spectroscopy

LTE

Material Properties

Merge Runs

Modeling Parameters

Models:

• Backlighter Imaging

• Backlighter K-Shell Spectroscopy

• Emission Imaging

• Emission K-Shell Spectroscopy

• Emission Visible/UV/EUV Spectroscopy

• Low Temperature Spectroscopy

Navigation Controls

Non-LTE

Opacity Tables

Orthographic Projection (Parallel Rays)

Output

Overview of SPECT3D Code

Photoabsorption Grid

Parallel Rays - see Orthographic Projection

Projection:

• Orthographic (Parallel Rays)

• Center (see Orthographic Projection)

• Point Projection

• Spherical Crystal Projection

Plasma:

• Properties

• Single Cell

Preconfigured Atomic Model

Primer

Radial Detector Intensity

Radiation Source

Radiation Transport in 1-D Geometries

Radiation Transport in 2-D Geometries

Radjet

Rate Coefficients

Rate Multipliers

Resolution:

• Image Resolution

• Spatial Resolution

• Time Resolution

Response Function

Run Simulation

Sample Problems:

• Al Absoption Spectra

• Ar-Doped Implosion

• Radjet

• X-Ray Scattering

Simulation Setup

Simulation Times:

• Steady-State

• Time-Dependent

Single Cell Plasma

Short-N Characteristics Method

Space Integrated Spectrum

Spatially Resolved Spectra

Spectral Grid

SpectraPLOT

Streaked Spectra

Time-gated Images:

• Detector

• Radial Detector Intensity

• Space Integrated Spectrum

• Spatially Resolved Spectra

Time-Resolved Images

Time-Resolved Spectra

Toolbar

Transitions Table

User Preferences 1

User Preferences 2

Visualizer

Workspace Files

X-Ray Scattering

X-Ray Source:

• Aperture

• XRD Voltage

Zone Dependent Data