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--- the_density_functional_program [2024/12/16 20:31] – [LibXC functionals] hesselmann
+++ the_density_functional_program [2025/01/09 09:54] (current) – fix layout doll
@@ Line 1306: / Line 1306: @@
 The total energy will then be calculated as  $E_{\text{DFT-D2}}=E_{\text{DFT}}+E_{\text{disp}}(\mbox{D2})$  if  $x=d2$  (see Ref. [2]),
- $E_{\text{DFT-D3}}=E_{\text{DFT}}+E_{\text{disp}}(\mbox{D3})$  if  $x=d3$  (see Ref. [3]), and  $E_{\text{DFT-D4}}=E_{\text{DFT}}+E_{\text{disp}}(\mbox{D4})$  if  $x=d4$  (see Ref. [4]).
+ $E_{\text{DFT-D3}}=E_{\text{DFT}}+E_{\text{disp}}(\mbox{D3})$  if  $x=d3$  (see Ref. [3]), and
+ $E_{\text{DFT-D4}}=E_{\text{DFT}}+E_{\text{disp}}(\mbox{D4})$  if  $x=d4$  (see Ref. [4]).
 Currently the default dispersion correction added to the DFT energy is the D4 dispersion correction developed by Grimme //et al.//, see Ref. [4].