The present invention provides an insulating material as a base, two-phase complex formed by an electrically conductive material in a second phase ipcha percolation structure of the material in the prediction method and accordingly provides a two-phase composite material that has a two-phase forming the percolation structure, the optimum amount. Prediction of the two-phase composite material in particle percolation structure in accordance with the present invention, specify the area to be the horizontal size (X) and vertical size (Y) different from the second prescribed by the size of the hexagonal lattice place, it is placed in a specified area, 2 on the minor axis (d) and for setting the aspect ratio of the second major axis on the (a) and specifies the number of the first 2 (n), and be disposed in the inclination ( ) and a designated area for the second image on the second location coordinates (x, y) repeatedly is disposed a second phase in the specified area by specifying the. And calculate the amount of the arrangement when the second phase up to saturation in the designated area to the amount placed. 2, the composite according to the present invention and the insulating material to the base, consists of an electrically conductive material and a second phase, wherein, if the percolation structure of the second phase is to be formed to be made to overlap the second phase, the second phase When the aspect ratio of the particles constituting the 59% one day, 5 days the 43%, 20 19%, and when any one of the 100 when 4% is formed by the minimum amount arrangement. And when the overlap is formed so as to be made the second phase, when the second aspect ratio of the particles constituting the phase is 1, 45.2%, 40.0%, when the 5th, 20th, when 26.5% 100 9.8% when any one of the It is formed by placing the maximum amount.
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