| 摘要 |
PROBLEM TO BE SOLVED: To provide a self-exciting gaseous hydrogen production mechanism unnecessary for a supply of electricity from outside by disposing an electrode of a conductive material having a shape capable of moving an ion between a positive electrode and a negative electrode in an electrolyte. SOLUTION: The electrode 4 of the conductive material having the shape capable of moving the ion between a metal 2 becoming the positive electrode and a metal 3 becoming the negative electrode in the electrolyte 1 is installed. Then the electrode 4 of the conductive material is made in an electrically conductive state at a circuit formed between the metal 2 as the positive electrode and the metal 3 as the negative electrode. A common salt water, etc., near neutral are used as the electrolyte 1. Copper is used, for example, as the metal 2 becoming the positive electrode, and magnesium is used, for example, as the metal 3 becoming the negative electrode. A mesh-like nickel, etc., are used as the electrode 4 of the conductive material. An electrolytic diaphragm 5 such as hygroscopic cellophane is disposed between the metal 2 as the positive electrode and the electrode 4 of the conductive material. In this way, the production mechanism in which gaseous hydrogen and gaseous oxygen are generated in a ratio of about 2:1 is provided and the gaseous hydrogen usable as it is as a fuel gas.combustible gas is obtained. |
