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OwnerTomoaki Nakamura, Katsuhiko Nakamura +2inventors
InventorsTomoaki Nakamura, Katsuhiko Nakamura, Takafusa Nakamura, Yoshinori Watanabe
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A nuclear fusion reactor (2) or nuclear fission reactor (22) is used as a heat source. A heat exchanger (11 or 37) that contains water to be heated (15) is used for water vapor generation. A circulating pipe (10 or 26) through which a fluid for cooling the nuclear fusion reactor or nuclear fission reactor or for conducting heat exchange circulates is disposed so as to extend in the heat exchanger and be in contact with the water to be heated. Water vapor is thus generated. This water vapor is jetted toward the sky at a state of collimation through a vapor discharge pipe (12 or 36). A cloud for blocking sunlight is formed in the sky from the water vapor jetted to reduce the temperature of the earth surface. This enables a weather modification without discharging any greenhouse gas, e.g., CO2.
A method for weather modification by using a nuclear fusion reactor or a nuclear fission reactor as a heat source, and a thermal exchanger charged with water to be heated for vapor generation, the method comprising introducing a circulation pipe for circulating a fluid cooling the nuclear fusion reactor or the nuclear fission reactor or a fluid for thermal exchange in the nuclear fusion reactor or the nuclear fission reactor into the inside of the thermal exchanger to put the fluid in contact with the water to be heated to generate vapor, jetting the vapor at a state of collimation prepared with a vapor discharge pipe into the sky, and forming a cloud in the sky with the jetted vapor for blocking sunlight so as to reduce the temperature on the surface of the earth.
A vapor generator for weather modification, comprising a nuclear fusion reactor or a nuclear fission reactor as a heat source with a circulation pipe where a fluid for cooling or thermal exchange is circulated, a thermal exchanger capable of withdrawing the water to be heated into vapor from an inlet, and a vapor discharge pipe for discharging vapor as arranged on the upper part of the thermal exchanger, where the circulation pipe extends from the predetermined position into the inside of the thermal exchanger to put the circulation pipe sufficiently in contact with the water to be heated.
Dependencies are inferred from the claim text.