v e r s i o n        1 2

Click to get PDF-file Plotting and passing
both two fission fragments
simultaneously
Click to get PDF-file Two Fission Fragments registration efficiency
BATCH
Click to get PDF-file Universal parameterization
('Convolution' method)
revision
Click to get PDF-file Abrasion-Ablation
model minimization
to describe user cross sections
Click to get PDF-file Initial Fissile Nuclei Analyzer
(IFN)
Click to get PDF-file Abrasion-Fission:
settings for high Z isotopes production with the 3 Excitation Energy Region model (3EER)
Click to get PDF-file Loading experimental
A1900 settings into LISE++
Optics recalculations,
Envelopes plotting
Click to get PDF-file Special Wedge optics:
Momentum compression,
Dispersion inversion
Click to get PDF-file 2018: status of mass tables
in the code
New configurations

- "ISLA"     /FRIB/
- "AIRIS"    /Argonne NL/
- "HRS"     /MSU/
- "ARIS"     /MSU/
Click to get PDF-file Other notable updates
Click to get PDF-file List of Modifications:
versions 10-11.*

   

lise.nscl.msu.edu
East Lansing
January-2020

How to download LISE++

As with LISE++ is distributed freely and is accessible through the web-server in East Lansing (http://lise.nscl.msu.edu/download/).



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Notes: using files from previous versions in LISE++ v.12

How to apply v.12 settings to a file from a previous version of LISE++ Load your previous version file in v.12, then load new options "A1900_2019.lopt" using the dialog from "File" --> "Options" --> "Load" menu
How to run a previous LISE++ version, even though LISE++ v.12 is already installed on your computer Download the so-called "open version" zip-package. Open the compressed file in a designated directory, and run LISE++directly from there
Important block modifications
  • Material (target, stripper, wedge) blocks do not have "Slits" properties anymore!
  • Previous files containing an RF-kicker block should be revised in v.12
What are the main differences in options between versions 10 and 12 regarding yield calculations?
Settings v.10 v.12
Projectile fragmentation:
production cross section		 EPAX 3.1 EPAX 2.15
Secondary Reactions:
production cross section		 EPAX 3.1 EPAX 2.15
Projectile fragmentation: momentum distribution convolution model #1 Excitation from dSurface #2 Excitation from the Abrasion model"
Convolution model sigma0 90 120
Method of Prefragment search A. Search in N/Z beam direction C. Search using emission widths and Abrasion initial CS
Excitation energy for Prefragment search 1. Surface (Geometrical) 2. E* per abraded nucleon
"Slits" block property Optical and Material only Optical