The recoil growth (RG) scheme is a dynamic Monte Carlo algorithm that has been suggested as an improvement over the configurational bias Monte Carlo (CBMC) method (Consta, S., Wilding, N B., Frenkel, D. and Alexandrowicz, Z, 1999, J. Chem. Phys., 110, 3220). The RG method had originally been tested for hard core polymers on a lattice, and it was found that RG outperforms CBMC for dense systems and long chain molecules. In the present paper, the RG scheme is extended to the practically more relevant case of off-lattice chain molecules with continuous interactions. It is found that for longer chain molecules RG becomes over an order of magnitude more efficient than CBMG However, other schemes are better suited to the computation of the excess chemical potential. Moreover, it is more difficult to parallelize RG than CBMC.

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Journal Mol. Phys.
Consta, S, Vlught, T.J.H, Wichers Hoeth, J, Smit, B, & Frenkel, D. (1999). Recoil growth algoritm for chain molecules with continuous interactions. Molecular Physics, 97, 1243–1254.