| 摘要 |
PROBLEM TO BE SOLVED: To discharge gaseous wet molecules evaporated from wet material and reduce energy loss for drying the wet material. SOLUTION: This device is constructed such that magnets 3, 4 are arranged at both outsides of a drying container 1 storing wet material 10 therein so as to form a magnetic field H crossing the container. A half wave high frequency voltage is applied to electrode plates 5, 6 fixed to an inner wall of the drying container so as to generate an electrical field E crossing a magnetic field H. Gaseous water molecules A evaporated and dispersed from the wet material 10 at a positive charge side of a dipole are rotated in the electrical field direction by the electrical field E and the gaseous water molecules A at a negative charge side of the dipole are rotated in an opposite direction so as to generate an equivalent current formed by combining currents by shifts of both charges within the gaseous water molecules A. Since this equivalent current crosses the magnetic field H, an electrode force acts on the gaseous water molecules A intermittently and highly frequently, the gaseous water molecules A are driven in a direction of an electromagnetic force, discharged out of a discharging port and dried.
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