Manual-guide cloud layer directional lightning package

Abstract

The invention discloses a manual-guide cloud layer directional lightning package. The directional lightning package is placed on a high-altitude vehicle and comprises a cathode ray generator, a capacitor, multiple conductive tips, a magnetic field device, a barbed arc-shaped capacitor and an electricity removal box, wherein the capacitor and the conductive tips are arranged outside an electron flow outlet of the cathode ray generator to prevent the electric energy of clouds from being transferred to the cathode ray generator, and can receive the electric energy; the directional lightning package is characterized in that: a high-intensity magnetic field fills the space between a ray transmitting head outlet and the electron flow outlet of the cathode ray generator; the direction of the magnetic field is vertical to the direction of the electron flow and goes from the outside of the graphic plane to the inside; the barbed arc-shaped capacitor is mounted in an electron flow arch back areaof the arc shape; the electricity removal box is arranged near the barbed arc-shaped capacitor and consists of a battery and a heater; one end of the heater is connected with the cathode of the battery; and the other end of the heater is connected with the negative pole of the capacitor and the barbed arc-shaped capacitor through a wire at the same time.

Description

technical field [0001] The invention relates to an artificially guided cloud layer directional lightning package, which is suitable for artificially guided lightning of negatively charged cumulonimbus clouds, and belongs to the field of national defense science and technology. Background technique [0002] We know that the highest instantaneous temperature produced by lightning can reach 27,000°C, which shows how high the energy released by a lightning is, but modern people cannot use these natural energies because lightning is irregular, instantaneous, and unstable. Non-directional, large space, so we can't use it; Don McGorman, a lightning expert at the National Oceanic and Atmospheric Administration of the United States, said that lightning is an atmospheric discharge phenomenon, and the energy released is between 100 megajoules and Between 30,000 MJ, usually between 1,000 MJ and 5,000 MJ (that is, between 276 and 1380KW), this data is inconsistent with the highest instan...

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Problems solved by technology

[0002] We know that the highest instantaneous temperature produced by lightning can reach 27,000°C, which shows how high the energy released by a lightning is, but modern people cannot use these natural energies because lightning is irregular, instantaneous, and unstable. Non-directional, large space, so we can't use it; Don McGorman, a lightning expert at the National Oceanic and Atmospheric Administration of the United States, said that lightning is an atmospheric discharge phenomenon, and the energy released is between 100 megajoules and Between 30,000 MJ, usually between 1,000 MJ and 5,000 MJ (that is, between 276 and 1380KW), this data is inconsistent with the highest instantaneous temperature of 27,000°C generated by lightning, because hundreds to a thousand More kilowatts of energy cannot produce more than 4 times the temperature of the sun's surface; I think the so-called "released energy between 100 MJ and 30,000 MJ"

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