deletions | additions       diff --git a/Following_the_scheme_of_Ref__.tex b/Following_the_scheme_of_Ref__.tex  index 4860679..b6e73a3 100644  --- a/Following_the_scheme_of_Ref__.tex  +++ b/Following_the_scheme_of_Ref__.tex 
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Following the scheme of Ref.~\cite{Schleife_2012} the TDKS equation (see Eq. \ref{eq:tdks1}) was solved numerically   with a time step of, at most, $0.121~\mathrm{attoseconds}$was used  (which is within the numerical  stability limitfor the numerical explicit  time-integration scheme for these type of this  basis set). High velocity points are simulated with smaller time steps. The wavefunctions were then propagated for up to tens of femtoseconds.  The total electronic energy ($E$) of the system changes as a function of the projectile position ($x$) since the projectile