Published November 8, 2020
| Version v2.2.0beta
Software
Open
Noble Element Simulation Technique
Authors/Creators
- 1. University at Albany
- 2. University of California, Davis
- 3. Lawrence Livermore National Laboratory
- 4. NRNU MEPhI and ITEP
- 5. Stanford University
- 6. University of California, Berkeley
- 7. Colorado State University
- 8. University of California, San Diego
- 9. Rice University
Description
Fast C++ simulation of different particle types in liquid, gaseous, and solid xenon
- Mean scintillation light and ionization charge yields
- Variation in total quanta, and recombination fluctuations
- Dependencies on energy, electric field strength, and density
- Pulse shape models for both S1 and S2, including e-trains
- Additional tools, for calculating leakage and limits
Not a complete list, please see the exhaustive README file included.
Files
NESTCollaboration/nest-v2.2.0beta.zip
Files
(153.3 kB)
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md5:fe91d439580424f2a33e86addf9b0521
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Additional details
Related works
- Is supplement to
- https://github.com/NESTCollaboration/nest/tree/v2.2.0beta (URL)