diff --git a/examples/PACKAGES/pair_sw_3b_table/README b/examples/PACKAGES/pair_sw_3b_table/README
index 690adbc30a..2d00030fea 100644
--- a/examples/PACKAGES/pair_sw_3b_table/README
+++ b/examples/PACKAGES/pair_sw_3b_table/README
@@ -1,8 +1,8 @@
-Example for pair style sw/table
-================================
+Example for pair style sw/3b/table
+
 
 This example contains all required input files for the simulation of CG SPC/E water with
-the user pair style sw/table, as well as a run.sh script.
+the user pair style sw/3b/table, as well as a run.sh script.
 
 To run the example, you have to compile LAMMPS with the MANYBODY package, including pair_sw_3b_table.h and pair_sw_3b_table.cpp.
 
@@ -10,10 +10,10 @@ Running the simulation, you will reproduce results of the following publication:
 
 C. Scherer, and D. Andrienko, Understanding three-body contributions to coarse-grained force fields, Phys. Chem. Chem. Phys, 20(34):22387–22394, 2018, http://xlink.rsc.org/?DOI=C8CP00746B
 
-Here, a water molecule is represented by one coarse-grained (CG) bead. The
-two-body (table_CG_CG.txt) and three-body angular (table_CG_CG_CG.txt) interaction potentials
-have been parametrized with force-matching (FM) with the VOTCA package (https://gitlab.mpcdf.mpg.de/votca/votca).
-For more details, have a look at the publication. For a example on the parametrization, have a look at
+Here, a water molecule is represented by one coarse-grained (CG) bead.
+The two-body (table_CG_CG.txt) and three-body angular (table_CG_CG_CG.txt) interaction potentials have been parametrized with force-matching (FM) with the VOTCA package (https://gitlab.mpcdf.mpg.de/votca/votca).
+For more details, have a look at the publication.
+For a example on the parametrization, have a look at
 https://gitlab.mpcdf.mpg.de/votca/votca/-/tree/master/csg-examples/guide and
 https://gitlab.mpcdf.mpg.de/votca/votca/-/tree/master/csg-examples/spce/3body_sw.
 
@@ -22,20 +22,19 @@ of 1000 CG water molecules, an input file (spce.in) and a (modified) Stillinger-
 
 The lammps input file contains the lines specifying the pair style and coefficients:
 
-- pair_style  hybrid/overlay table linear 1200 sw/3b/table - use a combination of pair_style table with 1200 linear table entries and the pair_style sw/3b/table
+- pair_style  hybrid/overlay table linear 1200 sw/3b/table - use a combination of pair style table with 1200 linear table entries and the pair style sw/3b/table
 - pair_coeff  1 1 table table_CG_CG.txt VOTCA - set the table name and keyword for the pair_style table
-- pair_coeff  * * sw/3b/table spce.sw type - set the name of the Stillinger-Weber file for the pair_style sw/3b/table
+- pair_coeff  * * sw/3b/table spce.sw type - set the name of the Stillinger-Weber file for the pair style sw/3b/table
 
-A hybrid pair style is used, where pair forces are calculated as a tabulated interaction (table_CG_CG.txt) and the
-pair style sw/table is only used to calculate the three-body forces. Therefore, in the Stillinger-Weber file all
-parameters refering to two-body interactions are set to zero. As explained in the documentation of this pair
-style, the .sw file contains the
-additional lines refering to the tabulated angular potential:
+A hybrid pair style is used, where pair forces are calculated as a tabulated interaction (table_CG_CG.txt) and the pair style sw/3b/table is only used to calculate the three-body forces.
+Therefore, in the Stillinger-Weber file all parameters refering to two-body interactions are set to zero.
+As explained in the documentation of this pair style, the .sw file contains the additional lines refering to the tabulated angular potential:
 
 - table_CG_CG_CG.txt - file name of tabulated angular potential
 - VOTCA - keyword for tabulated angular potential
 - linear - angular table is of linear style
 - 1001 - 1001 table entries
 
-The LAMMPS simulation is a standard nvt simulation. A dump file is output with the positions and forces every 10 time steps.
+The LAMMPS simulation is a standard nvt simulation.
+A dump file is output with the positions and forces every 10 time steps.
 You can calculate the pair distribution and compare it to the one(s) in the publicattion.