Electrostatic Charge Admissibility Boundary
Electrostatic safety claims in ionized environments are valid only if localized node and edge voltage extremes remain bounded. Mean voltage stability is non-admissible as a safety indicator.
Electrostatic safety is non-admissible if any node or node-to-node coupling exceeds critical voltage thresholds, regardless of mean system voltage.
No node or edge exceeds threshold voltage and no localized extremes dominate risk.
Any localized voltage spike or ΔV emerges, regardless of average conditions.
Spatial charge distribution and node-edge coupling geometry.
What is being tested
Air ionizers are admissible as electrostatic control mechanisms only if they do not introduce localized charge extremes or increase node variability beyond defined thresholds.
Mean voltage reduction is insufficient. Safety is determined by worst-case node and edge behavior.
Electrostatic admissibility is locally determined
- Node voltage (Vₙ)
- Edge potential difference (ΔVₙ₋ₘ)
- Spatial charge variance
- Temporal charge stability
Falsification conditions
- Any node exceeds ±100 V
- ΔV between nodes exceeds critical threshold
- Voltage variability increases ≥25%
Absence of mean instability is not evidence of safety.
Binary falsification structure
- Baseline (no ionizer)
- Ionizer active condition
- Controlled environment
- Repeated measurement cycles
The outcome is strictly binary. Interpretation beyond thresholds is non-admissible.
Connectivity-controlled electrostatic risk
Electrostatic risk is governed by node-edge extremes, not mean voltage. Localized coupling can dominate system behavior.
- Mean voltage is non-admissible
- Uniform ionization is non-admissible
- Global safety inference is non-admissible
Risk emerges from extreme nodes and high ΔV edges within the network.
PASS
All node voltages and edge differentials remain within defined thresholds across all measurements.
FAIL
Any node or edge exceeds threshold or variability increases beyond admissible limits.
Electrostatic safety is governed by extremes, not averages.
When localized charge exceeds threshold, system-level safety claims are invalid regardless of global stability.
Edge-of-Practice experiments are constraint-bound, reproducible, and non-interpretive beyond defined thresholds.