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Update st wslda examples authored by Gabriel Wlazłowski's avatar Gabriel Wlazłowski
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...@@ -21,7 +21,7 @@ The solution representing a vortex confined in a tube. The conditions are the sa ...@@ -21,7 +21,7 @@ The solution representing a vortex confined in a tube. The conditions are the sa
The graph below shows density distribution (left) and the absolute value of delta (right) for the converged solution. By arrows currents are plotted. The graph below shows density distribution (left) and the absolute value of delta (right) for the converged solution. By arrows currents are plotted.
![example-st-2](uploads/f896b92eeaa489872600109615ef066b/example-st-2.png) ![example-st-2](uploads/f896b92eeaa489872600109615ef066b/example-st-2.png)
# Example 3: Mass imbalanced gas in a harmonic trap # Example 3: mass imbalanced gas in a harmonic trap
This example is motivated by work [arXiv:1909.03424](https://arxiv.org/abs/1909.03424). This example is motivated by work [arXiv:1909.03424](https://arxiv.org/abs/1909.03424).
Namely, let us consider gas of: Namely, let us consider gas of:
* component *a*: $`{}^{161}\textrm{Dy}`$, * component *a*: $`{}^{161}\textrm{Dy}`$,
...@@ -35,4 +35,9 @@ where traping frequencies of both components are different (in the example we us ...@@ -35,4 +35,9 @@ where traping frequencies of both components are different (in the example we us
* [predefines.h](uploads/8bed3548acc9dd04a2ccf54a35687ac7/DyK_predefines.h) * [predefines.h](uploads/8bed3548acc9dd04a2ccf54a35687ac7/DyK_predefines.h)
* [problem-definition.h](uploads/475df575833b5d4e92acd77b30992930/DyK_problem-definition.h) * [problem-definition.h](uploads/475df575833b5d4e92acd77b30992930/DyK_problem-definition.h)
* [logger.h](uploads/8ac2b1262a442fa45092727564919f94/DyK_logger.h) * [logger.h](uploads/8ac2b1262a442fa45092727564919f94/DyK_logger.h)
* [input.txt](uploads/287f965385d1da19e7d84f007ec26a0e/DyK_input.txt) * [input.txt](uploads/287f965385d1da19e7d84f007ec26a0e/DyK_input.txt)
\ No newline at end of file * [DyK.out](uploads/8829e64cb15639be6a1dfb44e55c5314/DyK.out)
The graph below shows density distribution along *x* axis of $`{}^{161}\textrm{Dy}`$ (red) and $`{}^{40}\textrm{K}`$ (blue). The phase separation phenomenon is visible.
![visit0002](uploads/d51bec1985fcbac0d6be10793a766d47/visit0002.png)
\ No newline at end of file