# | Line 182 | Line 182 | $i$ and molecule $j$, and $R_{ij{$ is given by, | |
---|---|---|
182 | \] | |
183 | where $\mu _i$ and $\mu _j$ are the dipole moment of molecule $i$ | |
184 | and molecule $j$ respectively, $r_{ij}$ is vector between molecule | |
185 | < | $i$ and molecule $j$, and $R_{ij{$ is given by, |
185 | > | $i$ and molecule $j$, and $R_{ij}$ is given by, |
186 | \[ | |
187 | R_{ij} = \sqrt {r_{ij}^2 + \frac{{d_i^2 }}{4} + \frac{{d_j^2 | |
188 | }}{4}} |
– | Removed lines |
+ | Added lines |
< | Changed lines |
> | Changed lines |