Weather Influencing Devices TRIZ Cases
- Autonomous Cloud Seeding Control Using UAV Sensors and ML
UAV sensor data and machine learning improve cloud selection and seeding placement while reducing manned flight risk and cost.
- Airborne Sunlight Management Films for Ground Temperature Control
Drone-mounted films reflect sunlight and generate electricity to cool ground surfaces while expanding solar use beyond rooftops.
- Porous Stratospheric Particles for Solar Radiation Cooling
Porous polymer particles in the stratosphere reflect visible and infrared light while passing UV, reducing cooling risks to ozone and rainfall.
- Porous Stratospheric Particles for Safer Solar Radiation Reflection
Air-filled porous polymer particles in the stratosphere reflect visible and infrared radiation while avoiding ozone damage linked to sulfate aerosols.
- Porous Stratospheric Particles for Solar Radiation Scattering
Porous polymer particles scatter visible and infrared radiation in the stratosphere while avoiding the ozone and rainfall risks of sulfur aerosols.
- Mobile Electro-Spray Cloud Seeding With Charged Droplets
High-voltage nozzles charge 5–15 µm droplets for mobile cloud seeding, improving precipitation formation while reducing equipment burden.
- Supercontinuum Laser Rain Induction via Optical Filaments
Supercontinuum lasers create plasma channels that ionize air molecules, eliminating chemical seeding pollution while inducing rain in arid regions.
- Silver Iodide Miscellar Dispersion for Cloud Seeding
A silver iodide miscellar dispersion in organic solvents generates nanometric condensation nuclei.
- Turbolator Strings for Weakening Tornado Cyclone Energy
Flexible turbolator strings disrupt regular tornado swirling motion, reducing cyclone energy and electric field intensity without complex centralized control.
- Anti-Hail Cannon Shock Waves Disrupt Inversion Layers
Mobile stations deploy anti-hail cannon shock waves to break stable inversion layers, reducing PM concentrations without complex infrastructure.
- Cloud Seeding for Flood Mitigation in Smart Cities
A weather modification system deploys cloud seeding at strategic locations to manage rainfall volume.
- Sand Particle Albedo Modification for Climate Cooling
Sand particles scatter near-infrared sunlight back into space, reducing global warming without acid rain or photosynthesis impairment.
- Submarine Liquid Nitrogen Spraying for Hurricane Eye Wall Disruption
Submarines spray liquid nitrogen to cool ocean surfaces and disrupt air flow, weakening hurricane structural integrity.
- Core-Shell Chloride Salt Particles for Cloud Seeding
Hydrophilic oxide shells boost chloride salt hygroscopicity, resolving low adsorption limits in cloud seeding.
- Automatic Air Tower for Haze Clearance via Thermal Convection
An automatic air tower uses thermal buoyancy to drive vertical convection currents that disperse haze and cool the ground.
- Charge Carrier Weather Modification Apparatus
Ionization devices release charge carriers to drive ionic wind and condense moisture, addressing arid region rainfall scarcity.
- High Albedo Water Cooling Balls
Deploying high albedo balls on water surfaces reflects solar radiation to lower temperatures without ecological harm through reversible biodegradation.
- Tornado Cracking Device Using Spoiler and Spray System
A heavy-duty carrier deploys a spoiler and spray system to block the tornado wind eye.
- Orchard Climate Control Using Fogging Nozzles and Porous Shade
Fogging nozzles infuse water vapor while porous shade enables natural ventilation, reducing temperature by 10°C to prevent fungal growth.
- Pneumatic Covering for Local Rainfall Generation
A pneumatic covering lifts via buoyancy to store heated air, bypassing weather constraints.
- Electromagnetic Weather Modification via Eddy Current Control
Segmented generators and intermediary shields manage deployment complexity while controlling eddy current induction to stabilize weather patterns.