NOVELTY - Manufacturing ternary two-layer titanium dioxide film comprises: (a) preparing the organic carrier: slowly adding 1 pts.wt. of ethyl cellulose into 9 pts.wt. of terpilenol, stirring for 1-2 hours at 60-80 degrees C, forming the organic carrier; (b) taking 9 pts.wt. of titanium dioxide having powder grain diameter of 5-15 nm, 9-27 pts.wt. of P25 titanium dioxide, and 64-82 pts.wt. of organic carrier; mixing and grinding; and forming the first organic carrier sizing agent; (d) printing on the conductive surface of the cleaned and dried conductive glass; printing; and (e) annealing in muffle.    USE - The process is useful for manufacturing ternary two-layer titanium dioxide film (claimed).    ADVANTAGE - The process enhances absorption of light anode to the sunshine. Moreover, the combination of ternary particles and two-layer film improves the efficiency of the solar battery.    DETAILED DESCRIPTION - Manufacturing ternary two-layer titanium dioxide film comprises: (a) preparing the organic carrier: slowly adding 1 pts.wt. of ethyl cellulose into 9 pts.wt. of terpilenol, stirring for 1-2 hours at 60-80 degrees C, forming the organic carrier with 5.9 kilocentiPoise (KcP) viscosity; (b) taking 9 pts.wt. of titanium dioxide having powder grain diameter of 5-15 nm, 9-27 pts.wt. of P25 titanium dioxide, and 64-82 pts.wt. of organic carrier; completely mixing and grinding for 1 hour; and forming the first organic carrier sizing agent; where the mass of titanium dioxide in the sizing agent is 18-36%; (c) taking 9-27 pts.wt. of titanium dioxide having powder grain diameter of 100-500 nm, 9 pts.wt. of P25 titanium dioxide, and 64-82 pts.wt. of organic carrier; completely mixing and grinding for 1 hour; and forming the first organic carrier sizing agent; where the mass of titanium dioxide in the sizing agent is 18-36%; (d) printing on the conductive surface of the cleaned and dried conductive glass; printing the first organic carrier sizing agent; drying the conductive glass for printing the first layer titanium dioxide film for 15 minutes at 80 degrees C; repeating the printing procedure after being dried; forming the second layer titanium dioxide, and drying at 80 degrees C; and (e) annealing in muffle, heating at 5 degrees C/minute, maintaining temperature for 15 minutes at 375 degrees C, 15 minutes at 450 degrees C, and 15 minutes at 500 degrees C, slowly cooling the furnace in the atmosphere, and obtaining the ternary two-layer titanium dioxide film.