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In this paper an attempt was to measure, the excitation functions of$^{169}$Tm($^{12}$C, 4n)$^{177}$Re, $^{169}$Tm($^{12}$C, 5n)$^{176}$Re,$^{169}$Tm($^{12}$C, $\alpha$n)$^{176}$Ta, $^{169}$Tm($^{12}$C,$\alpha$2n)$^{175}$Ta , $^{169}$Tm($^{12}$C, $\alpha$3n)$^{174}$Ta ,$^{169}$Tm($^{12}$C, $\alpha$4n)$^{173}$Ta, and $^{169}$Tm($^{12}$C,2$\alpha$2n)$^{171}$Lu reaction channels populated in the interaction of$^{12}$C projectile with $^{169}$Tm target were considered in order toinvestigate the mechanisms of complete and incomplete fusion reactions. Thetheoretically predicted excitation functions using PACE4 code were comparedwith the previously measured excitation functions. For non alpha emittingchannels cross section values predicted by PACE4 in general were found to be ingood agreement with the experimentally measured values. However, foralpha-emitting channels the measured cross-section values were found to behigher than the values predicted by PACE4. The observed disagreement may becredited to projectile break up in the vicinity of nn interaction. Keywords:alpha emitted, CF reaction, excitation functions, heavy ion fusion, incompletefusion reaction, non alpha emitted

A Study of Complete and Incomplete Reactions of $^{12}$C + $^{169}$Tm System at Energy Range $\approx$ 4.16-7.5 Mev/Nucleon