METHOD OF CONTROLLING SPECIFIC INDUCTIVE CAPACITY, DIELECTRIC MATERIAL, MOBILE PHONE AND HUMAN PHANTOM MODEL

There are provided a method of controlling a specific inductive capacity for controlling the values of the real number portion and the imaginary number portion of the complex specific inductive capacity of a dielectric material, a dielectric material capable of acquiring a desired specific inductive capacity and having a specific inductive capacity according to that of each portion of a human body by utilizing the method of the controlling a specific inductive capacity, a mobile phone mounting the dielectric material as an electromagnetic wave controlling member, and a human phantom model having a specific inductive capacity according to that of each portion of a human body. A method of controlling a specific inductive capacity, including providing, as carbon materials to be dispersed in a polymer base material, a carbon selected from among spherical carbon, carbon nanotube, flat carbon and carbon fiber of given aspect ratio in combination with a conductive carbon of developed structure and controlling the values of real number portion and imaginary number portion of complex specific inductive capacity of the dielectric material through blending quantities of the carbon materials, a dielectric material including a polymer base material and, blended therein, any of the above carbons and a conductive carbon of developed structure, a mobile phone making use of the dielectric material, and a human phantom model consisting of the dielectric material.