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The results of the longitudinal and Hall magnetoresistivity measurements inthe Shubnikov - de Haas oscillation regime for the HgCdTe/HgTe/HgCdTeheterostructures with a wide (20.3 nm) HgTe quantum well are presented. Ananomalous phase shift of magneto-oscillations is detected: in the region ofspin-unsplit peaks the longitudinal resistivity maxima are located at evenfilling factor numbers in contradiction with a conventional situation in 2Dsystems. It is shown that the observed features are associated with theinverted nature of the spectrum in the investigated quantum well with theelectron-type conduction along the size-quantized subband H1 of HgTe band{\Gamma}8, for which the spin splitting is comparable to (and even greaterthan) the orbital one. The results obtained are compared with the phase shifteffects of both magneto-oscillations and the plateau of the quantum Hall effectin monolayer graphene.

Anomalous phase shift of Shubnikov - de Haas oscillations in HgTe quantum well with inverted energy spectrum