Trajectories of three separate particles whose initial coordinates are:
(0.001, 0.36), (0.1, 0.5), and (0.4, 0.5)
were calculated for duration t=10,000 and for the following parameters:

F_buoyancy = F_centrifugal =F_coriolis = 0

F_buoyancy = 0.003, F_centrifugal = 0, F_coriolis = 0

F_buoyancy = 0.01, F_centrifugal = 0, F_coriolis = 0

F_buoyancy = 0, F_centrifugal = 0.0001, F_coriolis = 0

F_buoyancy = 0, F_centrifugal = 0.0003, F_coriolis = 0

F_buoyancy = 0, F_centrifugal = 0.003, F_coriolis = 0

F_buoyancy = 0, F_centrifugal = 0.01, F_coriolis = 0

F_buoyancy = 0.001, F_centrifugal = 0.0001, F_coriolis = 0

F_buoyancy = 0.003, F_centrifugal = 0.0003, F_coriolis = 0

F_buoyancy = 0.006, F_centrifugal = 0.0006, F_coriolis = 0

F_buoyancy = 0, F_centrifugal = 0.0001, F_coriolis = 0.0001

F_buoyancy = 0, F_centrifugal = 0.001, F_coriolis = 0.001

F_buoyancy = 0, F_centrifugal = 0.003, F_coriolis = 0.003

F_buoyancy = 0, F_centrifugal = 0.006, F_coriolis = 0.006

F_buoyancy = 0.001, F_centrifugal = 0.0001, F_coriolis = 0.0001

F_buoyancy = 0.003, F_centrifugal = 0.0003, F_coriolis = 0.0003

F_buoyancy = 0.006, F_centrifugal = 0.0006, F_coriolis = 0.0006

F_buoyancy = 0.01, F_centrifugal = 0.001, F_coriolis = 0.001

Trajectories of family of particles:

F_buoyancy = 0.001, F_centrifugal = 0.0001, F_coriolis = 0.0001
Particles ejected at the coordinates 0.01 < r < 0.1 with Dr = 0.001 and 0.35 < z < 0.4 with Dz = 0.01.
Time duration t = 300

F_buoyancy = 0.001, F_centrifugal = 0.0001, F_coriolis = 0.0001
Particles ejected at the coordinates 0.01 < r < 0.1 with Dr = 0.001 and 0.35 < z < 0.47 with Dz = 0.01.
Time duration t = 300

F_buoyancy = 0.001, F_centrifugal = 0.0001, F_coriolis = 0.0001
Particles ejected at the coordinates 0.01 < r < 0.1 with Dr = 0.001 and 0.35 < z < 0.47 with Dz = 0.01.
Time duration t = 10,000

F_buoyancy = 0.001, F_centrifugal = 0.0001, F_coriolis = 0.0001
Particles ejected at the coordinates 0.01 < r < 0.2 with Dr = 0.001 and z =0.36.
Time duration t = 10,000

F_buoyancy = 0.01, F_centrifugal = 0.001, F_coriolis = 0.001
Particles ejected at the coordinates 0.01 < r < 0.1 with Dr = 0.001 and z =0.5.
Time duration t = 10,000

F_buoyancy = 0.01, F_centrifugal = 0.001, F_coriolis = 0.001
Particles ejected at the coordinates 0.2 < r < 0.3 with Dr = 0.001 and z =0.5.
Time duration t = 10,000

F_buoyancy = 0.01, F_centrifugal = 0.001, F_coriolis = 0.001
Particles ejected at the coordinates 0.2 < r < 0.3 with Dr = 0.001 and z =0.5.
Time duration t = 60,000

F_buoyancy = 0.003, F_centrifugal = 0.0003, F_coriolis = 0.0003
Particles ejected at the coordinates 0.01 < r < 0.2 with Dr = 0.001 and z =0.5.
Time duration t = 10,000