Among the products of irradiation of natural molýbdenum by deuterons with energies up to 13 MeV, by means γ and X-ray speclrometry were identified these radlonudldes:99Nb,92mNb,95m+gNb96Nb,99Mo,101Mo,92Tc,93m+gTc,94m+g^>Tc,95m+gTc,96Tc,97mTc,99mTc,101Tc, and89Zr. With the more intensive lines of γ transitions of90Nb,96Nb,93m+gTc,94m+gTc,95m+gTc,99Tc and97mTc accurate photon energies have been established and for the lines 1475.7 and 1520.5 keV of93Tc, 820.2 keV of95mTc, and 96.4 keV of97mTc also the absolute intensities of the emitted γ were determined. By means of aluminium foils, by which the set of Mo foils had been interlaid, the atomic recoil in forward and backward direction ivas established for the 17.82 mg/cm2Mo foils and deuteron energy up to 12.7 MeV and the ion current of 3.4 μA.