 |
Supports convenient generation of grids
for a variety of 2-D and 3-D primitives, as well as pre-configured
cylindrical hohlraums and halfraums, and tetrahedral hohlraums. |
|
Provides capability for surface
removal (e.g., drilling holes in cylinders). |
|
Conveniently provides views from diagnostic
ports or any user-specified position. |
|
Provides easy-to-use target building capability.
Object positions and orientations can be specified in
coordinate system of target chamber or any other target
component. |
|
Supports use of object-dependent material
properties for: |
| |
 |
Reflection of radiation (albedos). |
|
Reflection of laser light (glint). |
|
X-ray conversion efficiencies. |
|
|
Provides 3-D interactive graphics for: |
| |
|
Target grid setup. |
|
Laser beams and/or target component
power sources. |
|
Temperature and radiation flux distributions. |
|
|
Includes power source modeling for: |
| |
|
Laser beam systems. |
|
Self emission from target components. |
|
|
Provides for easy viewing of laser beams
intersections with target components. |
|
Includes accurate algorithms for computing
configuration factor integrals. |
|
View factors include effects of occultation
(i.e., blocking of light by intervening surface
elements). |
|
Provides easy-to-use set up of laser beams:
|
| |
|
Pointing and focusing specified in
coordinate system of target chamber or any target
component. |
|
Beam clustering allows convenient
setup of beam parameters by group. |
|
|
Shows results for individual surface elements
chosen by easy mouse clicks, including temperatures, fluxes
and incident spectrum. |
|
Interfaces with other Prism software tools: |
| |
|
HELIOS, providing time- and frequency-dependent
incident radiation flux data. |
|
PrismPLOT: a graphics tool for generating
line plots, color contour plots, and 3-D surface
plots. |
|
SPECT3D, providing time- and frequency-dependent
incident radiation flux data. |
|
