The following is the Detailed Table of Contents, for the Book on Hurricane Mitigation and Harnessing the Power of Hurricanes.
Preface Material
- Preface
- Designer’s Credits for Solving the Impossible
Part 1. Harnessing Hurricane Power: General Overview
- Overview and Challenges
- Executive Summary
- Background
- Overcoming Limitations
Design #1: Power Collection Ships
- Introduction
- Brief Summary of Design
- Advantages of this Design
- Mobility of Power Generation Ships
- Three Types of Ships
- Basic Ship Design
- Wind Turbines on the Ship: Basic Concepts
- Turbine Pole Stability
- Turbine Blade Design and Configuration
- Height Options of Turbines
- Other Wind Turbine Design Factors
- Storage Batteries
- Suggested Designs for Batteries and Wiring
- Remote Control Operations
- Pilot Ships and their Assigned Harnessing Ships
- Location of Pilot Ships During Operation
- Unique Frequencies and Antennas
- Synchronization Modes
- Multiple Ships Surrounding Hurricanes
- Replacing Ships in Sequence
- Efficiency of Power Generation: Overview
- Efficiency of Power Harnessing Equipment
- Efficiency of Ship Propulsion and Travel
- Efficiency of Battery Powered Systems on Ships
- Benefits Regardless of Energy Cost
- Hurricane Mitigation of the Power Harnessing System
- Efficiency of Power Generation: Analysis
- Summary of Power Harnessing Ships
Part 2. Hurricane Mitigation Designs: General Overview
- Overview
- Perspective Analogy
- Practical Experience Leading to Improved Designs
- List of Design Proposals
- Challenges for Hurricane Mitigation
Design #2: Hurricane Mitigation Ships
- Brief Summary of Design
- Basic Science Concepts
- Main Design Details
- Ship Design
- Turbine Poles
- Turbine Blades: Best Shapes and Materials
- The Wind Sponge
- Placement of Mitigation Ships
- Battery Replacement at Sea
- Progressively Taller Turbines
- Ideal Number and Placement of Mitigation Ships
- Advantages of the Mitigation Ships
- Limitations of the Mitigation Ships
- Battery Use on Shore
- Storing the Hurricane Mitigation Ships
- Damage, Destruction, and Salvaging of Ships
- Summary of Hurricane Mitigation Ship System
Design #3: Artificial Island Bases
- Brief Summary of Design
- Basic Science Concepts
- Dimensions, Placement, and Height
- General Surface Topography
- Managing Rainfall
- Advanced Topography with Step Pyramid
- Artificial Island as Base
- Options for Wind Turbines
- Different Islands for Different Additional Purposes
- Advantages of the Artificial Islands Design
- Building the Artificial Islands
- Building the Artificial Island Arc Over Time
- International Cooperation for Artificial Islands
- Summary of Artificial Islands
Design #4: Cyclone Disrupting Explosions
- Brief Summary of Design
- Basic Science Concepts of the Design
- Detailed Science of the Design
- Advantages of the Design
- Details of Design and Operation
- Details of Explosive Device
- Possible Design of the Explosive Device
- Requirements for Launching the Explosive Device
- Possible Design for Launching Explosive Device
- Summary of the Cyclone Disrupting Explosions
Design #5: Sound Dislocating Drones
- Brief Summary of Design
- Basic Concepts of Design
- Wind Bullets
- Powerful Energies and Loud Sounds
- Drone Planes Front or Side Emission
- Using Same Planes as Explosion Drones
- Sound Blast Mechanism
- Directions to Emit Sound Blasts
- Strategic Planning
- Advantages of the Design
- Summary of the Design
Design #6: Energy Curtains
- Brief Summary of Design
- Containing the Storm with Energy Curtains
- Basic Science Concepts of the Energy Curtains
- Using Large Vehicles and Multiple Pairs
- Placing the Energy Curtain at Desired Location
- Replacing the Vehicle Pairs and Energy Curtain
- Safely Releasing the Energy of the Energy Curtain
- Storing the Energy of the Energy Curtain
- Using Curtain Direction and Speed Relative to Hurricane
- Advantages of the Energy Curtains
- Types of Energy Curtains
- Sound Energy Curtains: Overview
- EM Energy Curtains: Overview
Design #6a: Sound Energy Curtains
- Brief Summary of Design
- Basic Science Concepts
- Advantages of the Sound Energy Curtain
- Placement of Emission and Echo Systems
- Speed of Vehicles vs Speed of Sound Energy
- Reflectors Much Wider Than Emitters
- Plane-to-Plane Emitter-Receiver Pairs
- Burst Cycle Times
- Sound Energy Emitter Technologies
- Sound Reflector (Echo) Technologies
- Size of Ships and Planes
- Manned or Remote Operations
- Synchronization
- Gradually Releasing the Energy
- Storing Power from Sound Energy Curtain
- Energy Capture from Plane-to-Plane Energy Curtain
- Energy Storage vs Hurricane Mitigation: Net Energy
- Summary of the Sound Energy Curtains
Design #6b: EM Energy Curtains
- Brief Summary of Design
- Basic Science Concepts
- Electromagnetic Energy Science
- Energy Columns and Energy Spread
- Vehicles and Emitters of EM Curtain System
- Subduing and Capturing the Hurricane Winds
- Specific Design Details
- Advantages of the EM Curtain Design
- Summary of the EM Energy Curtains
Design #7: Using Multiple Designs Together
- Overview
- Best Practices (Summary Points)
- Base Islands
- Remote Control Systems
- Massive Assault from Multiple Mitigation Planes
- Squadrons of Planes in Sequence
- Explosive Devices and Sound Disrupters in Same Plane
- Mitigation Systems at Different Levels
- Mitigation Systems Used Sequentially
- Power Harnessing Ships
- The Concentric Circles of Mitigation Systems
- Summary of Using Multiple Designs Together
Part 3. International Cooperation and Studies
- International Cooperation: Detailed Organizational Structure
- Additional Engineering Research
Part 4: About Designer and Related Topics
- About Designer
- Related Publications
- Personal Commentary
Part 5. Overall Summary of Hurricane Systems
- Overall Summary of This Report
- Summaries of the Designs
- Perspective of History and the Future
Part 6. Appendixes of Drawings
- A1. Hurricane Power Harnessing Ships
- A2. Artificial Island Bases
- A3. Cyclone Disrupting Explosions
- A4. Energy Curtains
Click here to see List of Drawings in the Appendix
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