Van de Graaff motor
The Van de Graaff motor is an electrostatic device that generates high voltages for applications in science, education, and industry.
The Van de Graaff motor is an electrostatic device that generates high voltages for applications in science, education, and industry.
The Corona motor is a highly efficient, lightweight electric motor that utilizes electrostatic forces from corona discharge for various applications.
The corona electrostatic separator is an eco-friendly, energy-efficient technology that separates materials using electric fields, with applications in mining, recycling, and environmental industries.
Triboelectric separators use the triboelectric effect for efficient dry separation in industries like mineral processing and waste recycling.
The sectorless Wimshurst machine motor is an improved electrostatic generator, offering higher voltages, consistent output, and simpler construction.
The Leyden jar motor is an early electric motor that utilizes electrostatic repulsion, marking the beginning of electrical engineering advancements.
The Pidgeon machine motor combines Stirling engine & maglev technologies for eco-friendly, efficient, low-maintenance, and quiet power applications.
Piezoelectric motors offer precision motion control, fast response, and energy efficiency, ideal for applications in medical, aerospace, and nanotechnology.
Friction motors utilize a flywheel, driving mechanism, and axle to convert stored mechanical energy into motion, often found in toys and small vehicles.
The Holtz Machine Motor is an innovative electrostatic motor offering high efficiency, low noise operation, and a compact design for various applications.

The primary purpose of this project is to help the public to learn some exciting and important information about electricity and magnetism.
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