Abstract
The effect of the electric field on hydrogen-like states in β-ZnP2 is investigated. It was found that the exciton states Cn=1 in the electric field of the Schottky barrier undergo an anomalous Stark shift, and the states that form a reverse hydrogen-like series of absorption lines (IOS) are practically insensitive to the electric field. The laws governing the behavior of the exciton Xn=2 state "flammable" in an electric field in β-ZnP2 have been determined.
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