Gas Ionization Channel Layout for Homogeneous Charge Neutralization

The device segments the ionization function into multiple electrode units distributed across different surfaces. Each electrode unit independently ionizes gas in its local region, enabling compact integration while achieving homogeneous ion distribution throughout the treatment space. The segmentation of electrodes allows parallel ionization across multiple zones simultaneously.

The invention transitions from traditional single-point or linear ionization to multi-surface ionization by placing electrodes on opposing surfaces (e.g., top and bottom, or front and back). This dimensional expansion creates overlapping ionization zones that fill the three-dimensional space more uniformly, achieving homogeneous distribution in a compact footprint.

The device applies local quality by positioning electrode units at specific locations on multiple surfaces to target regions with higher residual charges. Each electrode unit can be independently controlled or designed with varying characteristics to address local ionization needs, ensuring thorough neutralization and minimizing remaining charges through localized optimization.

The arrangement of electrodes on multiple surfaces creates continuous ionization coverage across the entire treatment volume. Gas flows through overlapping electric fields generated by adjacent electrodes, ensuring uninterrupted ionization action that progressively reduces charges to minimal residual levels through sustained exposure.