The pair correlation function (or p.c.f.) is a statistical me-chanical tool that quantifies the density variation as a function of distance from a reference particle in a system of randomly dispersed particles and is usually used to describe quantitatively, for example, the internal structure of fluids. In this paper, after recalling the p.c.f function to study the interaction behaviour between particles, i.e. attraction, repulsion or independence, different particle sys-tems are simulated in 2D and the estimated p.c.fs are interpreted.
Ghorbani,H. (2024). Pair correlation function and its role in characterizing a system of randomly dispersed particles. Transactions in Theoretical and Mathematical Physics, 1(3), 80-84. doi: 10.30511/ttmp.2024.2035668.1028
MLA
Ghorbani,H. . "Pair correlation function and its role in characterizing a system of randomly dispersed particles", Transactions in Theoretical and Mathematical Physics, 1, 3, 2024, 80-84. doi: 10.30511/ttmp.2024.2035668.1028
HARVARD
Ghorbani H. (2024). 'Pair correlation function and its role in characterizing a system of randomly dispersed particles', Transactions in Theoretical and Mathematical Physics, 1(3), pp. 80-84. doi: 10.30511/ttmp.2024.2035668.1028
CHICAGO
H. Ghorbani, "Pair correlation function and its role in characterizing a system of randomly dispersed particles," Transactions in Theoretical and Mathematical Physics, 1 3 (2024): 80-84, doi: 10.30511/ttmp.2024.2035668.1028
VANCOUVER
Ghorbani H. Pair correlation function and its role in characterizing a system of randomly dispersed particles. TTMP, 2024; 1(3): 80-84. doi: 10.30511/ttmp.2024.2035668.1028
