Thunderstorm Charge-Neutralizing Rocket for Controlled Lightning Discharge
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Solution Overview
Problem
Existing triggering-lightning rockets have limited launching height, lack selectivity and controllability in triggering lightning, and are prone to conductor rust and breakage due to ground fixation, limiting their effectiveness in altering the electrical environment of thunderstorm clouds.
Innovation Solution
A rocket apparatus equipped with an atmospheric electric field detector, a charge-neutralizing agent module, a controllable triggering-lightning and discharge module, and a processing module, which allows for real-time electric field analysis, controlled release of charged agents, and precise triggering of lightning discharges to alter the electrical environment of thunderstorm clouds.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If one end of the triggering-lightning conductor is fixed to the ground, then the conductor can be deployed, but the metal wire is exposed to air and prone to rust and breakage, affecting reliability
Solution Approach 1:
The patent transforms the static ground-fixed conductor system into a dynamic rocket-carried system. The conductor is stored on a spool within the rocket and deployed during flight, eliminating prolonged exposure to atmospheric conditions. The conductor is only exposed to air during the brief deployment phase rather than being permanently exposed from ground level.
Solution Approach 2:
The conductor is pre-loaded onto the spool inside the protected rocket environment before deployment. This preliminary preparation in a controlled environment prevents rust and damage that would occur if the conductor were exposed to air from the beginning, while still enabling deployment when needed.
2Length of moving object
If the rocket launching height is limited to not more than 1 km, then the rocket can be controlled, but lightning can only be triggered near ground and charges in higher regions cannot be released
Solution Approach 1:
The patent extends the operational dimension vertically by enabling rockets to launch at heights exceeding 1 km. This dimensional extension allows the triggering-lightning conductor to reach higher regions within thunderstorm clouds, enabling charge release in previously inaccessible vertical zones while maintaining control through advanced propulsion and guidance systems.
3Device complexity
If limited remote sensing technologies are used to judge electrification state, then the system is simple, but real-time electric field analysis in the rocket path cannot be performed
Solution Approach 1:
The patent introduces an atmospheric electric field detector as an intermediary device mounted on the rocket. This detector directly measures the electric field along the rocket's flight path, providing real-time data. The detector acts as a mediator between the rocket system and the thunderstorm cloud's electrical environment, enabling precise local measurements without requiring complex ground-based remote sensing networks.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The rocket apparatus enables accurate and controlled manipulation of the electrical environment within thunderstorm clouds, significantly reducing the likelihood of lightning in targeted areas by neutralizing charges and triggering discharges, thus enhancing the selectivity and controllability of lightning triggering operations.
Implementation Method 1
an atmospheric electric field detector... to detect parameters such as an electric field strength and a charge polarity
Implementation Method 2
a charge-neutralizing agent module, configured to: generate and emit a positively/negatively charged agent, and neutralize a charge in the thunderstorm cloud
Implementation Method 3
a controllable triggering-lightning and discharge module, configured to: trigger inter-cloud discharge, cloud-to-ground discharge, or cloud-to-air discharge
Implementation Method 4
trigger inter-cloud discharge, cloud-to-ground discharge, or cloud-to-air discharge, to consume the charge in the thunderstorm cloud
Data Source
AI summary
The present application provides a rocket apparatus and a method for changing an electrical environment in a thunderstorm cloud. A corona probe and an atmospheric electric field detector analyzes and obtains, based on spin angular velocity information of a rocket and inclination attitude information of the rocket that are provided by a gravity gyroscope, accurate strength of a three-dimensional electric field and accurate polarity of a charge in the thunderstorm cloud. A charge-neutralizing agent module externally releases a charged agent whose polarity is opposite to the charge in the thunderstorm cloud, to consume the charge in the thunderstorm cloud via neutralization between a heterocharge carried by the charged agent and the charge in the thunderstorm cloud.