@techreport{oai:nifs-repository.repo.nii.ac.jp:00010291,
 author = {"Tanaka,  M. and Grosberg,  A. Yu "},
 month = {Oct},
 note = {"By molecular dynamics simulations we study the effects of coion radius and valence and those of monovalent salt on the electrophoretic mobility of a charge-inverted spherical or rod macroion.  For the parameter windows examined, the reversed mobility increases with the ratio of coion to counterion radii a^-/a^+, which peaks at a^-/a^+  approx 1.5.  It decreases with the ratio of coion to counterion valences Z^-/Z^+, and becomes non-reversed for Z^-/Z^+>1.  The monovalent salt suppresses reversed mobility when its ionic strength exceeds that of the adsorbed counterions, except for mobility enhancement of a strongly charged macroion at small salt ionic strength.  There is a threshold surface charge densith for charge inversion.  Polymers of multivalent counterions (polyelectrolyte) are effective for charge inversion of a weakly charge rod macroion like DNA with the help of large coions."},
 title = {Charge Inversion of a Spherical/Rod Macroion under Different Coion and Monovalent Salt Conditions: Electrophoresis by Molecular Dynamics Simulations},
 year = {2002}
}