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We describe the so-called "Lambda-Zeeman method" to investigate individualhyperfine transitions between Zeeman sublevels of atoms in an external magneticfield of 0.1 mT - 0.25 T. Atoms are confined in a nanocell with thickness L =Lambda, where Lambda is the resonant wavelength (794 nm or 780 nm for D1 or D2line of Rb). Narrow resonances in the transmission spectrum of the nanocell aresplit into several components in a magnetic field; their frequency positionsand probabilities depend on the B-field. Possible applications are described,such as magnetometers with nanometric spatial resolution and tunable atomicfrequency references.

A method for the quantitative study of atomic transitions in a magnetic field based on an atomic vapor cell with L=lambda