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94067499f2
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Includes calculation of the Clausing Factor from an analytic expression (obtained from the Etienne Staub Master thesis) and an approximation.
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2021-07-11 06:24:27 +02:00 |
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c8218c1bc4
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Major change how the loading rate is calculated from the raw output of the simulator - Zero crossing of the autocorrelation of the time series - which is the number of loaded atoms at each time step - is used to determine the length of each of a 1000 bootstrap samples obtained by sampling with replacement. Mean in each sample is calculated and a sampling distribution of means obtained. The capture ratio is the mean of this distribution which when multiplied by the "reduced" flux gives the loading rate. Standard Error and 95% confidence interval are also calculated from the sampling distribution.
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2021-07-11 06:22:44 +02:00 |
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1a8975c218
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Added a switch to change between 2D and 3D MOT cases to allow for this code to be expanded and generalized in the future.
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2021-07-11 06:18:21 +02:00 |
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ba621f3c32
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No major change.
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2021-07-11 06:15:49 +02:00 |
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960bd02f8b
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Cosmetic changes like the change of variable names to reflect their correct definition and use.
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2021-07-11 06:15:02 +02:00 |
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4096e685a1
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Corrected errors in the formula for the acceleration due to the push beam.
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2021-07-11 06:13:49 +02:00 |
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d0b4d0b9b8
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More cosmetic changes, corrections to some calculations like the one of flux, re-wrote how one and two parameter scans are done with functions, added a save option to save the entire simulator object with its properties and their values along with the results.
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2021-07-04 20:24:38 +02:00 |
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add5d02ae3
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Added new plotting routines that allow for checks, minor cosmetic changes to other scripts.
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2021-07-03 10:19:27 +02:00 |
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d88d4d683d
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This is a class for simulating the capture process for Dy atoms in the 2-D and 3-D MOTs, including the dynamics from the push beam and slower beams.
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2021-06-29 15:44:28 +02:00 |
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