PlesioGeostroPy
PlesioGeostroPy
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pg_utils.eigen
pg_utils.numerics
pg_utils.pg_model
pg_utils.pg_model.base
pg_utils.pg_model.base_utils
pg_utils.pg_model.bg_fields
pg_utils.pg_model.core
pg_utils.pg_model.equations
pg_utils.pg_model.expand_conjugate
pg_utils.pg_model.expand_daria_malkus
pg_utils.pg_model.expand_daria_mm_malkus
pg_utils.pg_model.expand_daria_thesis
pg_utils.pg_model.expand_stream_force_cpt
pg_utils.pg_model.expand_stream_force_orth
pg_utils.pg_model.expansion
pg_utils.pg_model.forcing
pg_utils.pg_model.params
pg_utils.pg_model.params.Le
pg_utils.pg_model.params.Lu
pg_utils.processing
pg_utils.sympy_supp
PlesioGeostroPy
pg_utils
pg_utils.pg_model
pg_utils.pg_model.params
pg_utils.pg_model.params.Le
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pg_utils.pg_model.params.Le
pg_utils.pg_model.params.
Le
=
\mathrm{Le}
[source]
Lehnert number
\(\mathrm{Le} = \frac{B}{\sqrt{\rho \mu_0}\Omega L}\)