|
 Evaporation cascade: create Monte Carlo
version
ADA (Abrasion-Dissipation-Ablation) model
creation
Implementation of Intranuclear cascade
(INC) model in LISE++ Windows
The "MOTER" code development
High order optics calculation:
improvement, adaptation GICOSY format
MOCADI A1900 configuration import to LISE++
Write full
LISE++ documentation.
 Wedge (including curved profile
wedge) inclination.
"Water" wedge procedure (wedge
with one moving plane and filled by liquid).
Three-body kinematics
relativistic calculator.
Develop a subroutine to
calculate a reduced dispersion for large values of dP/P.
Create more help-files.
Possibility to use the angular
momentum in fusion-fission & -evaporation calculations.
Create possibility to Insert a
material before the target. (to take into account energy loss,
straggling, charge states)
Development of a database of
experimental data from various fission and fragmentation experiments.
Create/Optimize LISE++ configuration files for different spectrometers.
The authors hope to have help from experts of these laboratories for
specific information (transport files, location and characteristics of
detectors, emittance of primary beam, etc.).
Continue work under “Universal
parameterization of momentum distribution of projectile fragmentation
products”.
| Done
from the previous list of tasks (version 9.1) |
Custom shape degrader
Simultaneous Monte Carlo simulations of
all nuclei
already calculated by Distribution method
LISE++ adaptation for Windows-64
LISE++ installer adaptation for Windows-64
New Monte Carlo dialog options: Envelopes
| Done
from the previous list of tasks (version 8.0) |
Develop a procedure to take
into account secondary reactions in a wedge.
Develop a new material block:
secondary target.
Transmission calculation
through the spectrometer: Monte Carlo solution.
Development of the two-body
reaction mechanism in the code.
| Done
from the previous list of tasks (version 7.9) |
RF-deflector system (TOF
selection).
Solenoid (selection due to
angular distribution).
Development of the
fusion-fission mechanism in the code.
| Done
from the previous list of tasks (version 7.5) |
Simultaneous using Abrasion-Fission
and Coulomb fission in the code
Development of Abrasion-Fission
(nuclear fission) mechanism in the code.
Reconsider the secondary
reactions calculation mechanism in the target in case of Coulomb
fission.
| Done
from the previous list of tasks (version 7.2) |
Incorporate
the AME2003 atomic mass evaluation database
Modify
LISE's mass formula based on AME2003
| Done
from the previous list of tasks (version 7.1) |
Develop
fission products kinematics in LISE++.
Incorporate
a new reaction mechanism: Coulomb Fission.
|
