Vol 9 Issue 2 April 2021-June 2021

Abstract: The real electric voltage is different of the accepted of physics. The accepted corresponds to the velocity of the current, or on the size of the current and the real corresponds to the velocity of the current in the square power, or in square power of the current.

The electric potential of the atoms, as the hydrogen, corresponds to the units of angular frequency of the bubbles of the atoms and in the voltage of electricity. There is corresponding with the voltage the stated physics accepted.

The direct current because of the atomic formula Ι=ef has high frequency and that the heated cathodes emit photon high frequency, that they, the direct current measured i.e. in photo cells. 

In the experiment Frank-Hertz where they determined the states of energy of the atoms, they were emitted from the heated cathodes photons, that they were moderated in voltage 1-15 volts and after they were conflicted with the atoms of gas in low pressure. The gases ionized and the generalized formula of Balmer, corresponds to the one level of the atom. Every level and the formula reflects many atoms, everyone with a level which identified the formula of Balmer.

So, every atom has its own level and not an atom all the states. And the electric charge is not a least, but they are many charges. And the experiment Millikan, in reality proved the existence of many charges in an atom, as the ionized oil drops probably corresponded to the ionization of their hydrogen atoms.

And the artificial gravity is in success in magnetic field coming in the diamagnetic, or paramagnetic material.      

Keywords: electric potential, electric voltage, hydrogen atoms, paramagnetic material.      

Title: OVERTURNING OF THE EXPLANATION OF THE LAW OF OHM AND THE REAL DIMENSIONS OF ELECTRICITY WITH THE PERFECT THEORY AND THE ARTIFICIAL GRAVITY

Author: ALEKOS CHARALAMPOPOULOS

International Journal of Electrical and Electronics Research  

ISSN 2348-6988 (online)

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Abstract: Based on the Jumarie type of modified Riemann-Liouville (R-L) fractional derivatives, the method used in this paper is to first transform the definition of modified R-L fractional derivatives into the form of limit, and then use fractional Fermat’s theorem and fractional Rolle’s theorem to prove our main result: fractional mean value theorem. In fact, this result is the generalization of mean value theorem for classical calculus. On the other hand, we provide some examples to illustrate the applications of fractional mean value theorem.

Keywords: Jumarie type of modified R-L fractional derivatives, form of limit, fractional Fermat’s theorem, fractional Rolle’s theorem, fractional mean value theorem.

Title: Fractional Mean Value Theorem and Its Applications

Author: Chii-Huei Yu

International Journal of Electrical and Electronics Research  

ISSN 2348-6988 (online)

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Author: Umadevi Sureshpandian, Reshma Jebastina Suresh, Maria Christina Blessy

International Journal of Electrical and Electronics Research  

ISSN 2348-6988 (online)

Research Publish Journals

Abstract: In the modern era of technology electricity is the essential part of the daily life. For its proper utilization, it should be used very judiciously. But in India, The electricity supply scenario is totally different as in urban areas availability of electricity is surplus but in villages it is not possible because of policies in distribution and lack of exact requirement estimations.

Also the consumers are not satisfied from the electricity department for their services like errors in electricity bill, delay in bill generation etc. Thus to avoid human intervention for minimizing technical errors and to reduce human need at the same time GSM based AMR is the best solution to this.

In an electric power system there are three basic pillars generation, distribution and the metering system. Function of generation system is to generate electricity from thermal power, hydro power etc. Function of distribution system is to distribute the electricity in the network to end users. The function of the metering system is to measure the electricity consumption of the end users for billing.

Basic role of metering system is to measure the electricity usage of the end consumers, which must be accurate and reliable. The metering system is reliable only when the readings of electricity consumption at user end and the reading measured by the energy meter are same and accurate, for that efficiency of the metering system is totally based on the reliability of the meter reading.

Keywords: AMR, DTU, EPROM, ID, MCU, RS232.

Title: GSM based Automatic meter reading –A Review

Author: Pooja Verma, Prof Arvind Dhingra

International Journal of Electrical and Electronics Research  

ISSN 2348-6988 (online)

Research Publish Journals