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Overview of nuclear fusion power generation devices (plasma heating devices)

Overview of nuclear fusion power generation devices (plasma heating devices)

A cylindrical sealed container covered with an insulating film! Using light hydrogen gas instead of deuterium gas.

We are seeking collaborative researchers who can conduct the fabrication and heating experiments of our demonstration device, the "Nuclear Fusion Power Device (Plasma Heating Device)." The device consists of a cylindrical sealed container covered on the inside with an insulating film such as fluororesin, which is negatively charged by applying a high-voltage power supply, with an anode placed in the center. In the actual experiments, light hydrogen gas will be used instead of deuterium gas. There is no risk of neutron exposure since fusion reactions will not occur. [Overview] - The sealed container is planned to be a cylindrical shape with a diameter of 5 cm and a length of 4 cm. - Light hydrogen gas will be used in the actual experiments instead of deuterium gas. - There is no risk of neutron exposure since fusion reactions will not occur. - Patent No. 7005069: Plasma Heating Device (Patent Information Platform) *For more details, please refer to the PDF document or feel free to contact us.

  • Heating device
  • Plasma Generator

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[Patent Granted] New Type of Plasma Heating Device

[Patent Granted] New Type of Plasma Heating Device

Patent No. 7005069! Nuclear fusion power generation will be possible not only through D-T reactions but also through D-D reactions.

Our company has recently obtained a patent for a new type of plasma heating device that utilizes electric fields to confine plasma. (Patent No. 7005069) Using this device, it is easy to achieve Lawson conditions. It will enable nuclear fusion power generation not only through D-T reactions but also through D-D reactions. If you are interested, we would like to conduct demonstration experiments at our full expense. Please feel free to contact us. 【Advantages of the nuclear fusion power generation device using this method】 ■ It is easy to extract heat generated by nuclear fusion reactions and convert it into electricity. ■ There is no difficulty in plasma control as seen in magnetic confinement systems. ■ Since it utilizes D-D reactions instead of D-T reactions, there is no need to handle the difficult tritium, resulting in less cascade damage. ■ Since the nuclear fusion reaction occurs in a water tank, neutron radiation protection measures are easy to implement. ■ It is possible to miniaturize the device, resulting in lower manufacturing costs. *For more details, please refer to the PDF document or feel free to contact us.

  • Heating device
  • Generators and transmission motors

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Recruitment of collaborators for the production of nuclear fusion power generation devices (plasma heating devices) experimental apparatus.

Recruitment of collaborators for the production of nuclear fusion power generation devices (plasma heating devices) experimental apparatus.

Production is possible with existing technology! We are looking for researchers who will conduct production and experiments at our full expense.

The newly patented improved "Plasma Heating Device" by Senryou Corporation can easily achieve Lawson conditions and initiate D-T and D-D reaction nuclear fusion. Therefore, we propose a D-D reaction nuclear fusion power generation device using this apparatus. Our company is seeking collaborative researchers who can conduct heating experiments with the experimental device, which we will fully fund. [Recruitment Overview] ■ Proposal for a D-D reaction nuclear fusion power generation device using the "Plasma Heating Device" ■ "Plasma heating experiments using electron beam irradiation" can be produced with existing technology ■ We are looking for collaborative researchers who can conduct heating experiments with the experimental device, fully funded by us ■ A reward of one million yen will be given to those who can demonstrate, with evidence, that this operating principle is incorrect *For more details, please refer to the PDF document or feel free to contact us.

  • Heating device

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[Paper] On Plasma Heating Devices Using Electron Beam Irradiation

[Paper] On Plasma Heating Devices Using Electron Beam Irradiation

What is a method to achieve nuclear fusion power that is far simpler and cheaper than conventional methods?

Currently, large-scale equipment is essential for plasma heating. This research proposes a new method for heating plasma based on theoretical considerations of high-current electron beam applications. 【Contents Summary】 ■ Introduction ■ Overview of the Equipment ■ Physics of Large and Heavy Ion Formation in Insulating Film Layers ■ Possibility of Plasma Confinement by Electric Forces (Potential and Electric Field Analysis) ■ Examination of the Feasibility of Demonstration Experimental Equipment ■ Measurement of Plasma Temperature ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.

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