Transformation Single Crystal ↔ Single Crystal in K0.945Rb0.055NO3.
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| Title: | Transformation Single Crystal ↔ Single Crystal in K |
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| Authors: | Bayramli, R. B.1 (AUTHOR) rabayramov@beu.edu.az, Nasirov, E. V.2 (AUTHOR) emin-nasirov@inbox.ru, Magarramov, I. M.3 (AUTHOR) izzetmeheremov@gmail.com, Nasirov, V. I.4 (AUTHOR) vaqif-nesir@mail.ru, Abdurahmanova, U. S.1 (AUTHOR) uabdurahmanova@beu.edu.az |
| Source: | Crystallography Reports. Jun2025, Vol. 70 Issue 3, p510-514. 5p. |
| Subjects: | Polymorphic transformations, Phase transitions, Single crystals, Potassium nitrate, X-ray imaging, Microscopy, Thermal equilibrium, Transition temperature |
| Abstract: | The results of microscopic and X-ray studies of polymorphic transformations II ↔ I in K0.945Rb0.055NO3 are discussed. It is shown that the transformations II ↔ I in the studied crystal are enantiotropic in nature and occur with the formation and growth of nuclei of the daughter modification inside the matrix. The equilibrium temperature between the II and I modifications is Т0 = 455 ± 0.5 K. It is determined that in K0.945Rb0.055NO3 the transformation II ↔ I is of a single crystal–single crystal nature. [ABSTRACT FROM AUTHOR] |
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| Database: | Engineering Source |
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| Abstract: | The results of microscopic and X-ray studies of polymorphic transformations II ↔ I in K0.945Rb0.055NO3 are discussed. It is shown that the transformations II ↔ I in the studied crystal are enantiotropic in nature and occur with the formation and growth of nuclei of the daughter modification inside the matrix. The equilibrium temperature between the II and I modifications is Т0 = 455 ± 0.5 K. It is determined that in K0.945Rb0.055NO3 the transformation II ↔ I is of a single crystal–single crystal nature. [ABSTRACT FROM AUTHOR] |
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| ISSN: | 10637745 |
| DOI: | 10.1134/S106377452460193X |
