Growth Habit of the Sulphide Crystal
Wen Li
Abstract
Wen Li
Abstract
There are many kinds of sulphide crystals in the nature. Their crystal structures are complicated in which S ions exist in the form of S2- and S2-2 Of them, the growth habit of some crystals is not explained successfully. In this paper, the growth habit of MoS2, ZnS , CuFeS2 and PbS were reasonably explained in terms of the coordination polyhedron rule. The growth habit of MoSz is hexagonal platy {0001}. The relationship between different crystal fares in growth rate is: V0001 V1010; the growth habit of the CuFeS2 and ZnS crystals is a tetrahedra. The relationship between different crystal faces in growth rate is: V111 V001 V111 ; the growth habit of PbS crystal is an octahedron {111}, its habit change is a cube-
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
There are many kinds of sulphide crystals in the nature. Their crystal structures are complicated in which S ions exist in the form of S2- and S2-2 Of them, the growth habit of some crystals is not explained successfully. In this paper, the growth habit of MoS2, ZnS , CuFeS2 and PbS were reasonably explained in terms of the coordination polyhedron rule. The growth habit of MoSz is hexagonal platy {0001}. The relationship between different crystal fares in growth rate is: V0001 V1010; the growth habit of the CuFeS2 and ZnS crystals is a tetrahedra. The relationship between different crystal faces in growth rate is: V111 V001 V111 ; the growth habit of PbS crystal is an octahedron {111}, its habit change is a cube-
Key concepts: Crystal habit, Habit, Platy, Octahedron, Crystallography, Materials science, Crystal growth, Crystal (programming language)