  The multiplicity distribution, multiplicity moment, scaled variance, entropy
and reduced entropy of target evaporated fragment emitted in forward and
backward hemispheres in 12 A GeV $^{4}$He, 3.7 A GeV $^{16}$O, 60 A GeV
$^{16}$O, 1.7 A GeV $^{84}$Kr and 10.7 A GeV $^{197}$Au induced emulsion heavy
targets (AgBr) interactions are investigated. It is found that the multiplicity
distribution of target evaporated fragments emitted in forward and backward
hemispheres can be fitted by a Gaussian distribution. The multiplicity moments
of target evaporated particles emitted in forward and backward hemispheres
increase with the order of the moment {\em q}, and second-order multiplicity
moment is energy independent over the entire energy for all the interactions in
the forward and backward hemisphere respectively. The scaled variance, a direct
measure of multiplicity fluctuations, is close to one for all the interactions
which may be said that there is a feeble correlation among the produced
particles. The entropy of target evaporated fragments emitted in forward and
backward hemispheres are the same within experimental errors, respectively.
