mesoscopy.analysis.hall

functions for Hall bar characterisation

Functions

`density`(Rxy, B)	input: Rxy measured at + and - B and antisymmetrised, B
`fet_mobility`(V_gate, rho[, k, d, Cg])
`hall_mobility`(sigma, n)	return the Hall mobility from conductivity and density
`meanfreepath`(sigma, n)	return the mean free path from conductivity and density
`rhoxx`(Rxx, W, L)
`rhoxy`(Rxy, W, L)
`sigma`(rhoxx, rhoxy)	function to calculate sigmaxx from rhoxx and rhoxy.
`symmetrise`(array[, axis, anti])	function to symmetrise an array along axis `axis`.

mesoscopy.analysis.hall.symmetrise(array, axis=1, anti=False): function to symmetrise an array along axis `axis`. if `anti=True`, then antisimmetrisation

mesoscopy.analysis.hall.sigma(rhoxx, rhoxy): function to calculate sigmaxx from rhoxx and rhoxy. to calculate sigmaxy, use rhoxy and rhoxx as inputs.

mesoscopy.analysis.hall.density(Rxy, B): input: Rxy measured at + and - B and antisymmetrised, B

mesoscopy.analysis.hall.hall_mobility(sigma, n): return the Hall mobility from conductivity and density

mesoscopy.analysis.hall.fet_mobility(V_gate, rho, k=3.9, d=None, Cg=None)

mesoscopy.analysis.hall.meanfreepath(sigma, n): return the mean free path from conductivity and density