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The  world's  first  thermoelectric  machine  Belashova  UTEMB-01.

The  design  of  thermoelectric  machines  UTEMB-01  requires  the  use  of  specific  technologies,
and  conduct  research  on  the  technical  development.

The world's first thermoelectric machine UTEMB DC-01 which has many thermocouples with two branches, one of which is p-type and n-type second top tier or multiple dissimilar conductors in the form of the lower tier of thermocouples, without changing the direction of the current in the conductors pass through a set of closed magnetic systems without switching devices.

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Known early model motor (wheel Barlow) invented in 1823 by the English physicist and mathematician Peter Barlow, but no one in the world to date could not invent the electric machine whose set of multiturn windings without changing the direction of the current in the conductors pass through many closed magnetic field systems without switching devices.

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With the passage of multiple thermocouples with two branches, one of which is p-type, and a second n-type top-tier or multiple dissimilar conductors in the form of thermocouples lower tier, which are placed on steel cores, through a magnetic field individual horseshoe magnets to use the mechanism to temporarily disable multiple thermocouples or multiple dissimilar conductors in the form of thermocouples in their entry into the magnetic field of horseshoe magnets. The direction of the current in conductors never changes.

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Previously there was no electric cars in which the amplitude and waveform or DC AC multiturn coil does not change its characteristics during the passage them through the magnetic field of the magnet system, so there was no need to apply for practice laws and mathematical formulas Belashova. Now, after the invention UTEMB-01, will need to do a full conversion efficiency all produced electric cars.

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In the design of thermoelectric universal machines, be aware that thermopower, which will be obtained from the temperature difference between the heating unit and the node coolant from the set of modules and blocks the upper and lower thermocouples tier is independent of the length of the thermocouples. Obtained from the thermocouple Seebeck length of several meters will be identical to the thermocouple, which has a length of a few centimeters, but the internal resistance these thermocouples will be different. The difference between the internal resistance will strongly affect the current which runs through the thermocouple, and consequently on the productive capacity of all units Thermoelectric modules and universal machines.

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A better way is to manufacture thermoelectric universal machine with a dielectric (diamagnetic) of the stator, which has a big advantage over electrical machines, in which the stator is made of a ferromagnetic material, so that:

- Have a good cooling,

- Have a modular design

- Have a high degree of reliability,

- Have a small size and light weight,

- Have a reliable insulation resistance,

- May have a threshold of less than one volt,

- Have a square wave pulse voltage and current,

- Can be easily adjusted for current and voltage,

- Can be made from a few watts to several hundred kW,

- Can rotate at a speed of less than one revolution per minute,

- Can work in water or other corrosive liquids in unprotected form,

- A system of monitoring and control can automatically change the parameters of the machine,

- Dielectric rotor has no hysteresis loss,

- Dielectric rotor has no eddy current losses,

- Dielectric rotor has no losses reactance anchor.

so over time the feasibility of using these machines will increase.

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The invention relates to the field of electrical engineering and structural features for perform the world's first universal thermoelectric machines whose Belashova many thermocouples with two branches, one of which is p-type and n-type second top tier or multiple dissimilar conductors in the form of thermocouples lower tier, not changing the direction of the current in the conductors pass through a set of closed magnetic systems without switching devices. FIELD use of energy, industry and the economy as a static or dynamic thermoelectric DC generator that converts heat operating nuclear reactors, power units, internal combustion engines, of solar energy, thermal springs, stoves, gas burners and other technical facilities to electrical energy, as well as electric cars DC-powered photovoltaic batteries of DC voltage or current source derived from thermoelectric temperature difference, Device rotation of magnetic systems, actuators vehicle lifting mechanisms, conveyors, automatic control systems and management mechanical devices, measuring and reference devices in instrument making, as well as in military and space applications.

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For the manufacture of high-grade, or reference, the electric machine UTEMB-01 to conduct research and development.

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Universal electric car Belashova with dielectric (diamagnetic) stator have a big advantage over electric cars, the which the stator is made of a ferromagnetic material, so that:

- Have a good cooling,

- Have a modular design

- Have a high degree of reliability,

- Have a small size and light weight,

- Have a reliable insulation resistance,

- May have a threshold of less than one volt,

- Have a square wave pulse voltage and current,

- Can be easily adjusted for current and voltage,

- Can be made from a few watts to several hundred kW,

- Can rotate at a speed of less than one revolution per minute,

- Can work in water or other corrosive liquids in unprotected form,

- A system of monitoring and control can automatically change the parameters of the machine,

- Dielectric rotor has no hysteresis loss,

- Dielectric rotor has no eddy current losses,

- Dielectric rotor has no losses reactance anchor.

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Patents  Belashova  electric  cars.

See the patent of the Russian Federation  № 2414041.  

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See the patent of the Russian Federation  № 2394339.  

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See the patent of the Russian Federation  № 2368996.  

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See the patent of the Russian Federation  № 2368994.  

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See the patent of the Russian Federation  № 2320065.  

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See the patent of the Russian Federation  № 2218651.  

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See the patent of the Russian Federation  № 2175807.  

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See the patent of the Russian Federation  № 2130682.  

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See the patent of the Russian Federation  № 2118036.  

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See the patent of the Russian Federation  № 2096898.  

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See the patent of the Russian Federation  № 2047259.  

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See the patent of the Russian Federation  № 2073296.  

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See the patent of the Russian Federation  № 2025871.  

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See the patent of the Russian Federation  № 2000641.  

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See the patent of the Russian Federation  № 1831751.  

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See the patent of the Russian Federation  № 1786599.  

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◄|| Manufacture  of low-speed  generator  МГБ-300-144-2  by  own  hands ||►
◄|| Photos  and  technical  characteristics  of  Belashov  electric  machines ||►

   Electric  Machine ЭМПТБ-01
   Electric  Machine УБЭМБ-01
   Electric  Machine МДЭМБ-01
   Low-Turn  Generator МГБ-150-6-1
   Low-Turn  Generator МГБ-340-84-1
   Low-speed  machine НЭМБ-340-84-1
   Low-Turn  Generator МГБ-360-96-1
   Low-Turn  Generator МГБ-205-72-1
   Low-speed  machine НЭМБ-430-144-1
   Low-speed  machine НЭМБ-300-144-2
   Low-Turn  Generator МГБ-300-144-2

        ◄|| Photos  of  electric  cars ||►

       Car  Generator МГБ-150-6-1
       Electric  Machine МДЭМБ-01
       Welding  generator МГБ-205-72-1c
       Low-Turn  Generator МГБ-150-6-1
       Low-Turn  Generator МГБ-205-72-1
       Low-Turn  Generator МГБ-340-84-1
       Low-speed  machine НЭМБ-340-84-1
       Low-speed  machine НЭМБ-430-144-1
       Low-speed  machine НЭМБ-300-144-2
       Low-Turn  Generator МГБ-430-144-1
       Low-Turn  Generator МГБ-300-144-2

  ◄|| Characteristics  of  electrical  machines ||►

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New  laws  of  electrical  and  electrical  phenomena  Belashova.

1. A new law for determining the power of an electrical source.

2. A new law for determining the voltage of an electric charge source.

3. A new law for determining the maximum shape of an AC signal.

4. A new law for determining the maximum shape of a DC signal.

5. A new law for determining the load resistance of an electrical source.

6. A new law for determining the interaction force of two point charges located in a vacuum.

7. A new law for determining the speed of motion of an electric charge at a given point of a trajectory.

8. A new law for determining the effective values ​​of various forms of an AC signal.

9. A new law for determining the effective values ​​of various forms of DC signals.

10. A new law for determining the strength of an electric charge passing through the cross section of a conductor.

11. A new law for determining the distance traveled by charged particles at different current strengths and different loads.

12. The first law of determining the current strength of the source of electric charge passing through the cross section of the conductor.

13. The second law is the determination of the current strength of the source of electric charge passing through the cross section of the conductor.

Scientific  publications  of  new  laws  of  electrical  and  electrical  phenomena.

See the scientific article on the new laws of electrical and electrical phenomena.

See the new laws of electrical phenomena in «Международном научно-исследовательском журнале»  № 3-10 2013 year.

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New  laws  of  electrical  phenomena  based  on  the  constant  of  the  reverse  velocity  of  light  are  discovered.

1. A new law for determining the power of an electrical source.

2. A new law for determining the voltage of an electric charge source.

3. A new law for determining the load resistance of an electrical source.

4. New law for determining the diffusion coefficient of electric charge in a conductor.

5. A new law for determining the current strength of an electric charge passing through a conductor.

6. A new law for determining the rate of movement of electrically charged particles along a conductor.

7. New law for determining the number of revolutions of electrons moving along the circumference of the conductor.

8. A new law for determining the distance of the motion of charged particles with different current strength and different loads.

9. A new law for determining the strength of an electric charge source passing through a conductor cross-section.

Scientific  publications  of  the  laws  of  electrical  phenomena  based  on  the  constant  of  the  reverse  light  speed.

See the scientific article on the new laws of electrical phenomena based on the constant of the reverse velocity of light.

See the new laws of electrical phenomena in «Международном научно-исследовательском журнале»  № 11-30 2014 year.

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See the scientific article explaining the origin of the Huber effect in the new laws of electrical phenomena based on the constant of the reverse light speed. Scientific and practical journal «Журнал научных и прикладных исследований»  № 4 2015 year page 78. Certificate of state registration of PI  № ФС 77-38591 ISSN 2306-9147.

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See the scientific article Kosyrev-Milroy's principle of operation of the motor by the new laws of electrical phenomena based on the constant of the reverse velocity of light. Scientific and practical journal «Журнал научных и прикладных исследований»  № 4 2015 year page 87. Certificate of state registration of PI  № ФС 77-38591 ISSN 2306-9147.

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See the scientific article proving the existence of a planetary model of the structure of the atom under the new laws of the formation of planets and galaxies of our universe. Scientific and practical journal «Журнал научных и прикладных исследований»  № 11 2015 year page 117. Certificate of state registration of PI  № ФС 77-38591 ISSN 2306-9147.

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