  We present the results of an investigation of the wakefield around a
stationary charged grain in an external magnetic field with non-zero transverse
component with respect to the ion flow direction. The impact of the orientation
of magnetic field on the wake behavior in streaming complex plasmas is
assessed. In contrast to previously reported significant suppression of the
wake oscillations due to longitudinal magnetic field applied along flow, in the
presence of transverse to flow magnetic field the wakefield exhibits a long
range recurrent oscillations. Extensive investigation for a wide range of
parameters reveal that in the sonic and supersonic regimes the wake has strong
dependence on the direction of the magnetic field and exhibits sensitivity to
even a meager deviation of magnetic field from the longitudinal orientation.
The tool obtained with the study of impact of transverse component of magnetic
field on the wake around grain in streaming ions can be used to potentially
maneuver the grain-grain interaction to achieve controlled grain dynamics.
