| 摘要 |
PURPOSE: An electric energy manufacturing method is provided to manufacture an electromagnetic energy material by using ferric oxide of magnetic/direct current function of igneous rock component, potassium(half life K40) of natural radiation/ electric emission, and silicon of adsorption/discharge function. CONSTITUTION: An electric energy material comprises 3.3% of ferric oxide with a magnetic/DC function of igneous rock components, 2.0% of potassium(half-life K40) with natural radiation/electric emission, and 59% of silicon with an adsorption/discharge function. The manufacturing method of an electrode conductivity tourmaline material comprises the following steps. Nickel compound is added by the carrier refining technology with a hydroxide tourmaline ingredient function to improve the function of the electrode conductivity material. The manufacturing method of electronic energy uses the chemical refinery process and hydrothermal pressure generating process. The electrode conductivity tourmaline material includes negative and positive electrode terminals(1, 2). [Reference numerals] (AA) First figure: whole assembled plan view
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