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We present a detailed study of kinematical and dynamical conditions necessaryfor probing highly elusive three-nucleon short range correlations~(3N-SRCs) innuclei through inclusive electron scattering. The kinematic requirements thatshould be satisfied in order to isolate 3N-SRCs in inclusive processes arederived. We demonstrate that a sequence of two short-range NN interactionsrepresents the main mechanism for 3N-SRCs in inclusive processes. Within thismechanism we predict a quadratic dependence of the inclusive cross sectionratios of nuclei to $^3$He in the 3N-SRC region to the same ratio measured in2N-SRC domain. The extended analysis of the available data satisfying thenecessary 3N-SRC kinematical conditions is presented. This analysis providestantalizing signatures of scaling associated with the onset of 3N-SRCdominance. The same data are also consistent with the prediction of thequadratic relation between the ratios measured in the 3N and 2N-SRC regions fornuclei ranging $4 \le A \le 197$. This agreement made it possible to extract$a_3(A)$, the probability of 3N-SRCs relative to the A=3 nucleus. We find$a_3(A)$ to be significantly larger in magnitude than the analogous parameter,$a_2(A)$, for 2N-SRCs.

Towards observation of three-nucleon short-range correlations in high Q^2 A(e, e')X reactions