LEARN ABOUT ELATOM PROJECT INFORMATION

   RYBNIKOV YURI STEPANOVICH
(01.06.1944 - 05.07.2021) - researcher and creator:

1: "Periodic table of electronic atoms"
2: "Unified field theory" - a method of constructing the electrical structure of atomic electricity that combines physics, chemistry, electricity and mathematics into a single system of knowledge.
3: Founder of NEW PHYSICS and NEW PHYSICAL PRINCIPLES
4: Inventor, developer and implementer of powder polymer coating technology in the USSR.
5: He taught at Moscow State University of Radio Engineering, Electronics and Automation (MSTU MIREA), as an associate professor.

  TIUNOV VIKTOR LEONIDOVICH
04.06.1984 – researcher who has been working with Rybnikov Yu.S since 2013, has a full knowledge of NEW PHYSICS and NEW PHYSICAL PRINCIPLES. Together with Rybnikov, he developed:

1 : Improved polymer composite coatings creating wear-free friction (applications in the mining industry)
2 : Bearings with longer service life
3 : A device for recording the wear of parts in friction units in real time and eliminating it (using cold drawing, rolling and metal drawing)

The automated closed-loop powder power plant generates electricity from fine powder particles, 20 microns in size and below, through friction, the charges are easily “pulled out” from the powder particles and delivered to the “consumer”, which also allows to restore the powder particle potential to 85% through the grounding system.

The peculiarity of the power plant is that the recovered powder is used multiple times, so the plant is capable of operating in a closed cycle, producing the calculated and required amount of electricity (kilowatts) according to the standard on the same powder for up to 8 months. The automated powder power plant has no analogues in the world, in addition, electrical energy is the main resource that everyone on the planet consumes, all this makes this technology highly profitable. And the ELECTROATOM project is extremely promising.

The tribel generator, developed by Yuri Stepanovich Rybnikov, is based on the theory of electric substances, in which a single elementary particle – “Vserod”
– generates electricity through electric tribel interactions.
+ This document describes the journey from idea to product, including scientific research, literature, participants, difficulties and advantages. The main principles from “Theoretical foundations of electricity, electric substances” and “Electrophysical foundations of the interaction between bodies during friction” are included, focusing on the scientific-technical nature.

1. History of the Tribel Generator

1.1. The birth of the idea
- The idea began in the 1980s when Yuri Stepanovich Rybnikov studied the electric tribel phenomenon in solid state physics and materials science.
- He discovered that friction between powdered materials (such as paint) and various surfaces generates electric currents.
- This observation led to the hypothesis of "Vserod" - the only elementary particle that generates electricity through electric tribel interaction.

1.2. Development of scientific research
- 1980s: Discovery of electric tribel phenomenon in powdered materials. Rybnikov found that direct current is generated regardless of the type of material (insulator, semiconductor, conductor).
- 1990s: Development of general theory of electromagnetic fields and atomic structure without cores. Experiments with organic materials and silicon showed accumulation and relaxation of electric charges.
- 2000s: Study of the influence of electric tribel effect on metal wear. Insulating coatings reduce electric wear by limiting the release of "Vserod".
- 2010s: Publication of the document "Electrophysical basis of the interaction between bodies during friction" (2014), summarizing research and proposing the tribel generator as a practical device.

1.3. Conversion to product
- Prototype: Experiment with P-EP-219 powder friction on PTFE surface achieved current of 200 mA. Initial design was a ftoroplast tube with spiral bar.
- Design development: Powder circulation and charge recovery system were added to reuse the material.
- Actual product: Tribel generator generates DC current through electric tribel. Laboratory power reached 20 W/tribel pair.

2. Scientific research and documents

2.1. Theoretical basis of electricity, electrolytes
- Concept of "Vserod": Elementary particles that cannot be further divided, minimum density, evenly distributed in a spherical shape.
- Electrolyte: Self-organized state of atomic electrons, transition between states.
- Electricity: Interaction of electric density, expressed through electric current, discharge and radiation.

2.2. Physical - electrical basis of the interaction between objects during friction
- Electric Tribel: The phenomenon of atomic electron exchange during friction,release "Vserod".
- Electrostatic wear: Loss of atomic electrons in the form of electric current during friction.
- Experiment: Friction of P-EP-219 powder on PTFE surface at a speed of 60 m/s and a flow rate of 6 g/s reaching a current of 200 mA.

2.3. Scientific documents
- "Electrode triboelectric effect during triboelectricity of powdered materials" (1986)
- "Kinematics of charge accumulation and dissipation" (1985)
- "Electrotechnical theoretical basis of friction wear" (1989)
- "Physical-electrical basis of the interaction between bodies during friction" (2014)

3. Related scientists
+ Yuri Stepanovich Rybnikov: The main developer of the theory of electric substances and triboelectric generators.
+ SM Lipaev: Analysis of the kinetics of charge accumulation and relaxation.
+ AI Krasheninnikov: Study of the triboelectric properties of organic materials.
+ LV Kruglova: Analysis of electro-wear.
+ MG Dranovskiy : Research on composite coatings to reduce wear.
+ Victor Tiunov ( CEO Elatom ): Improved polymer composite coatings create friction without wear

4. CONCLUSION:
- The Tribel generator is the result of more than 30 years of research, based on the "Vserod" theory.
- Despite difficulties in efficiency and scale-up, the device has great potential due to its simplicity, flexibility and environmental friendliness.

FOR PRIVATE HOUSEHOLDS
1. Capacity - from 16 kilowatts
2. Connection options - 3-phase 220/380
3. Current - AC
4. Location options - 20 or 40 foot containers
5. Stand-alone operation for 8 months
- Operating costs: Under $100/year for maintenance
- Electricity output: 384 kWh/day, up to 140,000 kWh/year
- Applications: Private homes, small businesses, off-grid energy systems

FOR REAL ESTATE OR A SMALL RESIDENTIAL AREA
1. Power - from 32 Kw
2. Connection options - 3 phase 220/380
3. Current - alternating
4. Location options - multiple 40 feet containers connected together
5. Automatic operation from 6 months
- Operating cost: About 150 USD/year
- Electricity output: 768 kWh/day, up to 280,000 kWh/year
- Application: Medium enterprises, residential areas, self-sufficient energy systems

FOR MANUFACTURING ENTERPRISES - ELECTRIC VEHICLE CHARGING STATIONS
1. Capacity - from 128 kilowatts
2. Connection options - 3-phase 220/380
3. Current - alternating
4. Location options - multiple 40-foot containers connected together
5. Autonomous operation from 6 months
- Operating costs: About 500 USD/year
- Electricity output: 3,072 kWh/day, up to 1,120,000 kWh/year
- Applications: Industrial facilities, large farms, self-sufficient energy systems in remote areas