SOLSTISE COVID update
November 25, 2020
COVID delays unfortunately are still an issue. Lab access is limited, and procurements take longer than usual. The new pumping system is operational. Design and
COVID delays unfortunately are still an issue. Lab access is limited, and procurements take longer than usual. The new pumping system is operational. Design and
The new SOLSTISE system vacuum pumps have been delivered and are being wired. However, lab access is still limited due to the rapidly worsening COVID-19
Due to the concerns regarding COVID-19 and to abide the State of Tennessee’s stay-at-home order, laboratory work on SOLSTISE has temporarily ceased. Design work is
SOLSTISE is a DOE-funded project to build a supersonic gas jet target inside of a solenoidal spectrometer for next-generation particle spectroscopy.
A presentation on the implementation of a gas jet inside a solenoidal spectrometer for the 5th Joint Meeting of the APS Division of Nuclear Physics
The presentation given at the 2018 Low Energy Community Meeting can be found here.
SOLSTISE (SOLenoid and Supersonic Target In Structure Experiments) is a DOE-funded project to combine the technologies from two state of the art devices for nuclear spectroscopy: HELIOS and JENSA.
By incorporating a gas jet target into a solenoidal spectrometer, energy and angle resolution can be improved and unwanted backgrounds reduced, allowing for next-generation particle spectroscopy for basic nuclear physics.
Here is a zipped tarball of the semi-empirical stopping power code stopit (the modified version that includes some standard materials such as CH2 and silicon) packaged with the kinematics calculator/plotter labkin (requires xmgrace).
Here is a zipped tarball of the ORNL UPAK data analysis package. You may also want cmapbill.dat and these notes on compiling under WSL.
[These codes are provided without any warranty expressed or implied]
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