Version

Description

17.4
27-03-24

List of last v.17 updates

• 17.03   AA vs. Secondary Reactions; Plot distributions copy-paste
• 17.02   Wedge position shift

17.0
11-11-23

Official version 17

List of v.16 modifications

• 16.17.20   Adjust Slits on Fragment of Interest
• 16.17.02   compiled with MSVC; Package optimization (2)
• 16.16.13   Log-Normal excitation energy model
• 16.16.01   Update of the Isomer database; (project by D.Kaloyanov)
              Migration of LISE databases to sqlite format
• 16.16.01   Package optimization with Profilers (project by A.Tarasova)
• 16.15.17   2D-plot X vs. A/q
• 16.15.12   Linking Quadrupoles to Segment
• 16.14.20   Updates 16.14.1-20: matrix between blocks, ...
• 16.14.14   Loading ARIS experimental settings (savesets)
• 16.13.01   New Transmission option: "CENTRAL CUT" (important!)
• 16.12.15   Working with e-configurations
• 16.12.01   eARIS configurations
• 16.11.16   Optimization to work with extended configurations
• 16.11.13   ARIS configurations update
• 16.11.12   Fragment Production in Material (update)

16.6
06-08-22

Version 16.6

• Migrating to Qt63 and C++ 17
• Selection of transmission calculation methods to use with beam dump slits
• LISE graphics library revision
• Improving safety of the package
• Revision of solenoid block operations
• Improving compatibility with Linux and Mac

16.4
13-07-22

Version 16.4

16.2
19-03-22

Version 16.2

16
10-11-21

Official version 16

The LISE⁺⁺ package has been ported to Qt-framework for compatibility with multiple operating systems. The benefits include 64-bit operation, cross-platform compatibility (Windows, macOS, Linux), and the ability to take advantage of future computational improvements.
  The new version is named   LISE_cute⁺⁺   to indicate a new generation different from the previous LISE⁺⁺ Borland-based versions.

13.4
24-01-20

"Finger" block

12.0
07-01-20

Official version 12

- Using files from previous versions in LISE⁺⁺ v.12

Selected topics of the v.10-11.* development

- Plotting and passing both two fission fragments
- Two Fission Fragments registration efficiency BATCH
- Universal parameterization ('Convolution' method) revision
- AA model minimization to describe user cross sections
- Initial Fissile Nuclei Analyzer (IFN)
- AF 3EER: High Z isotopes production
- Loading experimental A1900 settings into the code
- 2018: status of mass tables in the code
- Special Wedge optics
- Other notable updates
- List of Modifications : version 10-11.*.*

10.0
18-11-16

Official version 10

Selected topics of the v.9.10 development

- Update of Fusion reaction mechanism
- 2^nd order optics minimization
- Radiation Residue Calculator
- Reverse technique & configurations
- Decay Branching Ratio Database
- Electrostatic Dipole: Second order optics
- FRIB Theory Alliance mass predictions
- Ionization energy database & Ion mass calculator
- Utility: Rutherford scattering and Angular straggling
- LISE⁺⁺ utilities in the Qt framework
- List of 9.10.* versions

New extended configurations:

- "EMMA" (TRIUMF)
- "DRAGON" (TRIUMF)
- "FMA" (ANL)
- "SECAR" (MSU)
- "HRS" (MSU)
- "TwinSol" (UND)
- S³ (GANIL)
- SHELS (JINR)

9.9
30-12-14

Official version 9.9

Selected topics of the v.9.8 development

- S&E construction methods
- Quadrupole effective length
- Multipole : Quad & Sextupole superposition
- Compensating dipole
- Range Optimizer (Gas cell utility) update
- Discussion of configurations in LISE⁺⁺

New extended configurations:

- "BigRIPS" (RIKEN)
- "MSP144+Q2" (FLNR/JINR)
- "SHELS" (FLNR/JINR)
- "PRISMA" (LNL)
- "MARS" update (TAMU)

9.7
01-11-13

Official version 9.7

9.6.139
17-10-13

versions 9.6.134-9.6.139
Plotting envelopes & rotation blocks
"MARS" separator extended configuration

9.6.133
09-10-13

versions 9.6.119-9.6.133
Gas cell range utility update
Neutron & Gamma induced reactions
in the Kinematic Calculator

9.6.117
06-08-13

Optical blocks in the code:
E-quad, E-bender, Shift

9.6.65
03-07-13

Update of Analytical solution for two-body
and fission reaction transmission

9.6.46
24-06-13

Differential Cross Sections

9.6.29
19-04-13

Beam and Setting fragment
charge state distributions plot
LISE for Excel -- Mac OS version
New features of Monte Carlo calculations
Other Updates

9.5
06-03-13

Official version 9.5

9.4.93
18-02-13

Acculinna2 extended configuration

9.4.90
30-01-13

RESOLUT configurations
RF-buncher block

9.4.52
28-10-12

NRV : LISE⁺⁺ 's partner site

9.4.34
27-08-12

NSCL and FRIB rates

9.4.11
11-05-12

EPAX 3.1

9.4.3
16-03-12

Asymmetrical momentum distributions

9.3.13
16-03-12

Recent updates

9.3
06-01-12

Official version 9.3

9.2.159
09-12-11

Fall 2011 update (II)

9.2.126
11-11-11

Fall 2011 update (I)

9.2.107
10-06-11

Extended (element) configurations upgrade

9.2.97
12-05-11

* SLITS (Angular acceptance, Aperture, Slits)
* Beam emittance modes (1&2D-shapes)
* Utilities for Extended Configurations
* Use of Apertures in MC calculations
* Benchmarks for Angular Acceptances

9.2.66
27-01-11

Important update: Revision of analytical transmission calculations

9.2.57
21-01-11

* Customizable Chart of the Nuclides (9.2.57)
* Update of the Stripper lifetime utility (9.2.38)

9.2.33
10-12-10

Calculation of magnet transport matrices within LISE⁺⁺
and links with maps from other codes (such as COSY)

9.2.7
20-08-10

Transmission calculation revision regarding to
the new Angular Distribution class

9.1.19
09-08-10

Official version 9.1
compatible with 64-bit OS Windows

Working on 64-bit Windows OS (9.1)
Expanded configurations (9.0.39)
Monte Carlo simulation upgrade (9.0.38)
Wedge “Curiosity” (9.0.23)

Wien filter revision (8.5.43)
Monte Carlo: Isotope Group (8.5.34)
Custom Shape degrader (8.5.28)
Catcher utility: new features (8.5.8)

8.4
17-09-09

Official version 8.4

High order optics in LISE++ (v.8.3.158)
Delay block (v.8.3.147)
Half-lives: databases, calculation (v.8.3.140)
LISE for Excel2007 (v.8.3.103)
Solenoid block (v.8.3.59)
Update of the TwinSol Utilty (v.8.3.45)
Update of the Kinematics Calculator (v.8.3.14)
Stripper foil lifetime utility:  part 2 (v.8.3.13)
Stripper foil lifetime utility:  part 1 (v.8.3.06)

Optimization, Improvement

Energy deposition in materials (Monte Carlo solution)

Two body reactions (kinematics)

Fragment Production in Materials (FPinM)

Monte Carlo calculation of fragment transmission

New features

* Production cross-sections
* Transmission fragments through a fragment separator
* Combination of consecutive transmission product calculation
   for several reactions

* Database of isomeric states
* Isomeric gamma-spectrum 
* Identification 2D-plot in coincidence with gamma-rays

• New masses: Database AME2003

• New LDM fits

5.15.1   PACE4 - update (13-03-02)

Fusion residue transmission

PACE4 (PACE2, Julian - fusion-evaporation code)
Option and configuration files (*.ini,*.opt,*.lcf)
File Converter FORTRAN->C

NSCL download address has been changed!  now http://lise.nscl.msu.edu/download/

Checking for the new version (update)
Option of primary beam scattering

The Handbook of nuclear spectrometry by J.Kantele 

Units converter 

a. automode for Abrasion-Ablation
b. on-line LISE's analysis of experimental plots 

LISE & EXCEL

 
LISE & Internet
  a. access to isomers and TOI database
  b. check to the new version
  c. mail and registration from the code

Options files
Brho Scanning Plot
Print of the dialogs "Physical Calculator" and "Goodies"

5.4 Abrasion-Ablation 1.3
5.3 Prefragment excitation energy
5.2 Start configuration
5.1 Transformation AMeV to MeV/u

ATIMA 
(ATomic Interaction with MAtter)

Evaporation  Calculator
Abrasion-Ablation

Kinematics Calculator

LISE web-sites
Installation

Plot calibration utilities – version 4.15 

Calibration of physical parameters
Two-dimensional plots in the "calibration" mode
New options of plot

NSCL & The LISE code - version 4.14

Calibration of A1900’s dipoles
Support of NSCL spectres
Balls animation for Windows NT
Optimization of Monte-Carlo plots

 Scattering calculator - version 4.13

 Mass-separator mode -  version 4.12

Cutout of the second dipole 
New plot dE-X in the dispersive focal plane
New opportunity to select the  velocity of reaction products
New image of the dialogue “Beam”
It is necessary to work:

The automized search of two-dimensional peaks in specta and definition of their characteristics (BI code) - version 4.11

Prefragment search -  version 4.10

Attempt to extrapolate cross-sections of exotic nuclei
Calculation of isotope characteristics with semi empirical formula

Reduction of a fragment output due to reactions

Calculation of the secondary reactions contribution
 in a fragment output

 Secondary reactions in a target 
 Mechanism of Reaction

Monte Carlo method for two-dimensional plots (version 4.5) 
In-built cubic spline procedure (version 4.4) 

development

Calculation of material thickness between start energy and energy rest has been added in the Physical Calculator.
see picture "Physcalc.gif"

Utilites -> LISE3's calibration (dipoles, Wien-filter) 
Transformation between values of 
Brho, B real(affiche),B red(lu), I(Amper) 
for the LISE dipoles D3.DP1(D3) and D3.DP2(D4).
see picture "Calibr.gif"

Utilites -> Curved degrader
Calculation and plots of curved degrader profiles for differents operating modes (achromatic, monochromatic, homogeneous).
see picture "Dlgcurve.gif"
see picture "Pltcurve.gif"

Utilites -> Calculation of angle on the LISE target 
Calculation of  magnetic fields (also dipoles currents ) of two dipoles to get the determined angle on the target 
see picture "Angle.gif"

Energy distribution plot after wedge has been corrected

 4.2
30-03-00

Menu "Calculations" -> Reaction's charactestics

Reaction's kinematics (two body) relativistic calculations. User may set excitation energy of outgoing fragments. Plots ("ThetaFragment in CMS & Theta Lab" and "ThetaFragment in CMS & Energy Lab" ) have been added. 

Reaction's characteristics dialog was created

Ion charge state distribution for low energy

New Ion charge state distribution for low energy has been added. (K.Shima et al., NIM 200 (1982) 605) 

New plot - "Average charge state plot"

In the dialog "Physical calculator" user may observe avergae charge state of selected ion after materilas 

Some Sound application has been inserted into the code
The banner of laboratories has been inserted in the left-bottom window.

Different profiles of a dergader (wedge) 
in the intermediate dispesive focal plane

Possibility to calculate the full spectrometer matrix

Calculation of the beam vector in the IDFP and Final Focal Point

Input new parameters x/theta and y/fi in the optical matrices to calculate transmission.

see picture "Optic.gif"

• Global reconstruction of modules to calculate transmission
• Modification of two existing and creation of new one " Brho-separation plot "
• Real Brho plot immediately after target
• Horizontal distribution in IDFP in Tm (as was initially)
• Horizontal distribution in IDFP in mm (as was made in October, 1999)
• Solution of the problem " large object on the target and global unachromatism (chromatism)"
• Wien angular acceptance input
• Creation of Wien-filter  angular distribution 
• Creation of " block " structure in the code to calculate transmission.
• Possibility to choose a X-plane or Y-plane velocity selection of Wien-filter.
• Checking of the bug of TOF-calculation in the dialog " GOODS " and the plot " dE-TOF ".

• Make a warning "Save Changes in file" before
• to exit from the programme
• to load another file

• Solution of the problem with "edge's" effect of Range's plots.
• Solution of  the problem with the dialog "Calibration" (Dialog change a thickness of setting detectors) and for the Range Plot if User takes a detector set not at 0 degrees.
• Input of additional energy loss calculation method on the base H-parameterization.
• Input of a possibility to calculate energy loss into gaseous media.
• Additional  of energy loss component: nuclear energy stopping powers, that it is very important for low-energy particles and for gaseous media.
• Creation of  range  tables beginning from 10 KeV/A to work with low-energy particles.
• Creation of a dialog to choose a compound target from the list of all possible compounds on the base of Ziegler compound file
see picture "LOSS.gif"

• Creation of  an identification table of mouse position (Nucleus name, Events, dE,E, TOF) for bidimensional plots like it was in a DOS-version. (also X,Y -identification for one-dimensional plots).

• COMPOSITE TARGETS and MATERIALS.
• new format of LISE-file due to introduction of new class "compounds" in the code .
• LISE-files of version 3.* are readable by the code with version higher than 4.0.3
• LISE-files of versions 4.0.0 - 4.0.2 are not readable by the code with version higher than 4.0.3
• Increase the nuclides isotopes up to Z=130 and N=200.
• Approximation of  ranges for Z=104-130 on the base of work F.Hubert et al , AD & NDT 46 (1990) 1.
• Input ranges for H on the base of work L.C.Northclifee and R.F.Schilling, NDT A7 (1970) 233.
• Correct " old " and input new LISE-configurations files for different setups.

Zoom for plots (Clear Zoom).

Correct energy straggling. (Error in NIM A257!!! )

Input correctly energy straggling in a wedge.

• Make a possibility to view and edit the in-built database.
• Input calculated values in the database for some isotopes of interest (^25-30O, *F, *Ne)

Plots of data (S1n, S2n, S1p, S2p, T1/2, Qalpha, Beta-decay, Mass excess) from the in-built database for constant Z,N,A,N-Z.

see picture "Database.gif"

3.7.
09.09.99

3.6.

Navigation Map

3.5
01.07.99

3.4.4
24.06.99

3.4
19.05.99

  Version 3.4 - Description