Karthik Chandrashekara d88d4d683d 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.

2021-06-29 15:44:28 +02:00

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accelerationDueToPushBeam.m

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.

2021-06-29 15:44:28 +02:00

accelerationDueToSpontaneousEmissionProcess.m

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.

2021-06-29 15:44:28 +02:00

angularDistributionFunction.m

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.

2021-06-29 15:44:28 +02:00

calculateCaptureVelocity.m

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.

2021-06-29 15:44:28 +02:00

calculateFreeMolecularRegimeFlux.m

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.

2021-06-29 15:44:28 +02:00

calculateLoadingRate.m

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.

2021-06-29 15:44:28 +02:00

calculateLocalSaturationIntensity.m

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.

2021-06-29 15:44:28 +02:00

calculateTotalAcceleration.m

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.

2021-06-29 15:44:28 +02:00

initialPositionSampling.m

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.

2021-06-29 15:44:28 +02:00

initialVelocitySampling.m

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.

2021-06-29 15:44:28 +02:00

magneticFieldForMOT.m

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.

2021-06-29 15:44:28 +02:00

MOTSimulator.m

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.

2021-06-29 15:44:28 +02:00

reinitializeSimulator.m

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.

2021-06-29 15:44:28 +02:00

runSimulation.m

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.

2021-06-29 15:44:28 +02:00

setInitialConditions.m

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.

2021-06-29 15:44:28 +02:00

solver.m

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.

2021-06-29 15:44:28 +02:00

velocityDistributionFunction.m

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.

2021-06-29 15:44:28 +02:00