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The differential cross section in the transverse momentum $Q$ and a totalcross section of $(31\pm4)$ mb for the coherent dissociation of a 3-A-GeV/$c$$^7$Li nucleus through the $^3$H$+^4$He channel have been measured on emulsionnuclei. The observed $Q$ dependence of the cross section is explained by thepredominant supposition of the nuclear diffraction patterns on light (C, N, O)and heavy (Br, Ag) emulsion nuclei. The contributions to the cross section fromnuclear diffraction ($Q\le400$ MeV/$c$) and Coulomb $(Q\le50$ MeV/$c$)dissociations are calculated to be 40.7 and 4 mb, respectively.

Role of the Nuclear and Electromagnetic Interactions in the Coherent Dissociation of the Relativistic $^7$Li Nucleus into the $^3$H + $^4$He Channel