Compressible fluid gas dynamic generator by microwave magnetic material thermoeffect

Abstract

The gas fluid heated by microwave in buoyancy body in liquid makes fluid dynamics. The fluid gas dynamics makes energy in buoyancy body, we can make this enegy use of generator. The gas dynamics is created by compressible fluid dynamics system by tube and fin. We irradiate microwave temperature sensitive magnetic material and control magnetization by curie temperature by heating magnet by microwave irradiation. The differentiation of electromagnetic stress force of magnet makes buoyancy rotator rotate and generate electric energy.

1 . The buoyancy body getting buoyancy force, from outer the buoyancy body, irradiating microwave by guided wave tube from microwave source, to magnetic substance material, zyrconia, activitied carbon or carbon graphite raising temperature and being heated by microwave irradiation, heating gas of inner of buoyancy body, raising temperature of domestic of buoyancy body, getting large buoyancy force, expanding gas of domestic of buoyancy body, gas fluid occuring, shape of buoyancy body being elliptical, spherical fixing buoyancy body and being capable of rotating attaching fin making axis central compressible gas fluid or centrifugal compressible gas fluid, heating domestic gas of buoyancy body getting fluid gas energy, being bigger than initial power of microwave source.  
     
     
         2 . In the same shape elliptical spherical buoyancy body, in the domestic of buoyancy body, gathering heat proof, taping tube making gas flowing all gathered tube, gas being heated by microwave irradiation to magnetic substance or zyrconia, or activitied carbon, or carbon graphite, heated gas flowing to gatherd tubes hellically rotating as the central axis, from heating position tubes getting thiner and thiner by taping angle, gas or liquid of domestic of buoyancy body being heated by microwave irradiation, gas fluid occuring, buoyancy body rotating axis central.  
     
     
         3 . The outer liquid supporting buoyancy body and inner domestic gas being density deviated not diffusing microwave, high refraction liquid boiling temperature high, low viscosity, tetra-chloroethylene, the window being irradiated by microwave being quartz material, not absorbing electromagnetic wave, carbon graphite, zyrconia being irradiated microwave raising temperature about 1000° C., microwave being kept constant magnetic substance material and crystal structure, temperature being caluculated safety being assured, nickel ferrite heater 140° C. 2.45 Ghz 500 w, high curie temperature lithium ferrite 200° C., carbon graphite and zyrconia high temperature status being controlled by thermocoupling, for focusing microwave lense concentrating heating to material, using electrowave lense, forbearing pressure and heat, being light weight material outer shape being used alminium honeycome structure, controlling duffing of high speed rotation in the liquid, setting variable crutch for stable movement kept efficiency of producing electric power, setting circular pump of outer liquid cooling.  
     
     
         4 . The buoyancy rotor being set in the water bath to rotate axis central, the temperature sensitive magnet being attached on the outer rim of buoyancy rotor, the permanent magnet being set outside the buoyancy rotor, irradiating microwave to temperature sensitive magnet by guided wave tube from microwave source heating temperature sensitive magnet beyond curie temperature and losing magnetism, recovering magnetism by circulated cooled water or higher density and higher bubbling point liquid, below curie temperature, choosing temperature sensitive magnet, the ratio of magnetism per temperature is high around curie temperature, disappearence and recover magnetism being quick around curie temperature the, interaction of magnetism between temperature sensitive magnet and permanent magnet making rotor rotate, gas dynamical effect in buoyancy rotor making rotor rotate more than water resistivity, generating electric power, focusing microwave to prevent microwave diffuse by magnetism or ionized material in water, quartz electrowave lense being used, cylindrical guided wave tube being used for drift movement of electrowave, heating temperature sensitive magnet by microwave effectively, lattice structure of carbon silicon and temperature sensitive magnetic being made.