Lithium ions intercalation into the laser-exposed nanodisperse ТiO2 had been analyzed and its research results are given. The modes of laser treatment, when the degree of the ``quest'' load and, accordingly, specific energy capacity of the proper electrochemical current sources achieves a maximum, are experimentally set. Thermodynamical pecularities of current forming and lithium ions intrusion into the cathode material are set. Electrochemical source discharge capability analyzed in scope of laser-exposed ТiO2 using.
