ELECTROCHEMICAL BEHAVIOR OF TITANIUM IN LI3НО2(P04)3 SOLUTIONS
The electrochemical behavior of titanium in water-organic (DMF) solutions of different concentration double phosphate Li<sub>3</sub>Но<sub>2</sub>(P0<sub>4</sub>)<sub>3</sub> was investigated by the cyclization of potential-dynamic regime to the potential interval from -4 to +4 V with the velocity of scan rind 80 mV/c. By the analysis of potential-dynamic curves, of laser microspectral analysis of electrode surface supposition was made of processes mechanism and products of electrochemical incorporation of ytterbium and lithium through the oxiphosphate layer at the time of anodic that formed titanium semicycle matrix.