Hyper-Magnetic Matter Accelerator for High-Hypersonic Projectile Launch
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Solution Overview
Problem
Existing electromagnetic launchers struggle to achieve high-hypersonic and beyond velocities, lacking the necessary means to efficiently propel ferrous projectiles.
Innovation Solution
A Hyper-Magnetic Matter Accelerator comprising basin-formed electromagnetic field generators and rotational electromagnetic field generators, configured to produce a sequence of electromagnetic fields that accelerate and rotate ferrous materials or projectiles, achieving high-hypersonic velocities and trajectory accuracy.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Speed
If conventional electromagnetic launchers are used, then ferrous projectiles can be accelerated to high velocity, but they cannot achieve high-hypersonic and beyond speeds
Solution Approach 1:
The accelerator is divided into multiple electromagnetic field generator segments arranged in succession around the conduit. Each generator produces electromagnetic fields that sequentially accelerate the projectile, allowing cumulative velocity increase to high-hypersonic levels while maintaining system reliability through modular configuration
Solution Approach 2:
The electromagnetic field generators are energized in sequence as the projectile travels down the conduit, creating periodic electromagnetic acceleration zones. This periodic energizing pattern enables sustained acceleration to extreme velocities while managing energy delivery and system reliability
2Force
If electromagnetic field generators are arranged to produce maximum forward momentum force, then projectile acceleration is improved, but system complexity increases
Solution Approach 1:
Multiple electromagnetic field generators are combined around a central conduit, with their individual electromagnetic fields merging to create a unified acceleration environment. The generators work together to produce the compressed electromagnetic hemisphere and toroid-shaped field, achieving maximum forward momentum force through cooperative operation
Solution Approach 2:
The electromagnetic field generators adopt a basin-formed configuration with concave wells facing forward, creating curved electromagnetic field patterns. This spherical/basin geometry concentrates electromagnetic energy to produce the compressed electromagnetic hemisphere and maximizes forward momentum force while providing a systematic arrangement that manages complexity
3Measurement precision
If rotational electromagnetic field generators are added for trajectory accuracy, then projectile stabilization is improved, but device complexity increases
Solution Approach 1:
The electromagnetic field generators serve dual functions: accelerating the projectile forward through electromagnetic force while simultaneously providing rotational stabilization through their rotational field configuration. This multi-functionality achieves both velocity and trajectory accuracy without requiring separate stabilization systems
Solution Approach 2:
The rotational electromagnetic field generators create dynamically rotating electromagnetic fields that physically rotate the ferrous material or projectile around its longitudinal axis. This dynamic rotational field application provides active trajectory stabilization and spin control, improving measurement precision while integrating stabilization into the existing generator system
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 accelerator achieves high-hypersonic velocities and ensures rotational motion stabilization for accurate projectile trajectories, addressing the velocity limitations of previous designs.
Implementation Method 1
The Hyper-Magnetic Matter Accelerator is an electromagnetic launcher apparatus and method for accelerating ferrous material or matter to extremely high velocity
Implementation Method 2
use of electrically generated magnetic fields to accelerate a projectile
Implementation Method 3
rotational electromagnetic field generators (12) that may be installed alternatingly between the first embodiments around a conduit (14) and could be bracketed by thermal railing (16). Rotational electromagnetic field generators (12) can be represented by any amalgamation of electromagnetic field generating wiring (200), electromagnetic coil (106) or plurality of... whose generated electromagnetic field/s physically rotate (30) providing a spin on ferrous material or projectile's longitudinal axis
Data Source
AI summary
The Hyper-Magnetic Matter Accelerator comprises an apparatus and method of a plurality of basin-formed electromagnetic field generators as well as rotational electromagnetic field generators mounted in series to a conduit; energized in sequence for ferrous matter or projectile acceleration to, but not limited to or by high-hypersonic velocity and rotation for trajectory stabilization accuracy. Velocity control may be implemented through the use of various power levels as well as configuration by one skilled in the art based on said artisan's intended velocity objective.