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The (Pb,Cd)Te solid solution forms a metastable single crystals for a solution containing more than 1% of CdTe due to its very low solubility in PbTe. A possible presence of a phase transitions at low temperatures (like, e.g., that occurring in the (Pb,Ge)Te solid solution starting from 1% of Ge) which could influence the physical properties of (Pb,Cd)Te system was never checked. In order to verify this possibility the neutron diffraction studies were performed in the temperature range from 21 K to 39 K in the single crystal of (Pb,Cd)Te solid solution with 2.2% of CdTe grown by self-selecting vapour growth method and characterized by powder X-ray diffraction. The (Pb,Cd)Te sample was measured using the four-circle diffractometer installed at a hot neutron source (λ = 0.83 Å). The possible transition does not take place to the lowest investigated temperature and the FWHM of Bragg peaks remains fixed in all temperature range under studies.

Low-Temperature Neutron Diffraction in the (Pb,Cd)Te Solid Solution Containing 2.2% of Cd