Temporal Fluctuations of Radiation of π and σ Components of a Mercury Capillary Lamp in the Presence of the Transverse Zeeman Effect

Resumo

Temporal fluctuations of the intensity of radiation of the π component and of the sum of the σ⁺ and σ components of capillary low-pressure lamps filled with mercury of natural isotopic composition are experimentally investigated in the presence of the transverse Zeeman effect. Results of investigations allow the operating regimes of such lamps used in a new experimental model of analyzer of mercury vapor concentration in atmospheric air to be optimized.