  We present a global analysis of the semileptonic and purely Leptonic
nonuniversal and flavor-changing nonstandard neutrino interactions in all the
known short-baseline neutrino- and antineutrino-electron scattering
experiments. The nonstandard effects at the source and at the detector can be
more transparent in these experiments because of the negligibly small ratio
between the baselines and the neutrino energies, which is not enough for the
neutrinos to oscillate, and thus can be sensitive to the new physics at the
both ends. We use data from two electron-neutrino electron scattering
experiments and six electron-antineutrino electron scattering experiments and
combine them to find the best fits on the nonstandard parameters using the
source-only, detector-only analyses, and then find the interplay between the
two cases. The bounds obtained in some cases are stronger and new, in some
cases comparable to the current ones, and in the other cases weaker. For
instance, the bound obtained from the interplay between the source and detector
nonstandard physics on the nonstandard parameter {\epsilon}_{ee}^{udL} at the
source is much stronger and is comparable with the indirect bound, but the
bounds on the parameters {\epsilon}_{{\mu}e}^{udL} and
{\epsilon}_{{\tau}e}^{udL} are weaker in this study in comparison with the
indirect bounds. We also find a global fit on the standard weak mixing angle
sin{\theta}_{W}=0.249+-0.020 with 2% improvement in its precision in comparison
with the previous studies.
