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Part two: • EMF Radiation in Gas C...
The readings will change wildly depending on where you place it in the car. Closer to the dash can get much higher. Closer to the roof can get much lower.
Ignition System and Engine Operation: Gasoline cars use an ignition system that includes components like spark plugs and ignition coils, which can generate significant electromagnetic fields during operation. The process of combustion in the engine also involves rapid movements and electrical activities that can contribute to higher EMF readings.
Alternator and Electrical Load: The alternator in gasoline cars, which charges the battery and powers the electrical systems when the engine is running, can be a substantial source of EMF. If your measurement was taken with several electrical components (like air conditioning, entertainment systems, and lighting) in use, the overall EMF could be higher.
Measurement Position and Equipment: The position where EMF readings are taken within the car can significantly impact the results. Different areas inside the vehicle may have varying exposure levels due to the proximity to electrical components. Additionally, the sensitivity and calibration of the measurement equipment can also influence the results.
Vehicle Design and Shielding: The design of the vehicle and how well it shields EMF can affect the readings. Some cars may have better insulation or shielding against electromagnetic fields, which can result in lower measurable levels inside the cabin.
If you're measuring EMF in specific environments (like inside vehicles), it's important to consider both the peak values and the average exposure over time to evaluate safety accurately.
EMF meter in this video: amzn.to/3Pw6yqK
Cheap EMF readers are a waste of time IMO. Music by Karl Casey
Music by White Bat Audio
@whitebataudio Essential Emergency Roadside Kit with tools, pump, and first aid: amzn.to/4fxy8OV