Introduction of Electromagnetic Field

        The main objective of this project is described as; by electric charges electromagnetic waves are produced that are the sources of electromagnetic fields. With time the sources vary, from the sources electromagnetic waves propagate away, as radiation this is referred generally. Technical specification of the antenna framework is developed by the students that meet the requirements of certain performance. For antenna impedance, resistance, resistance radiation, reactance, pattern of radiation the majority of calculation are depend on the methods by using the antenna overall current distribution curve. By Hubert pocklington the distribution has been traditionally calculated that was published in 1897, in the ether many physicists still believed.

    Over many years the subsequent antenna calculation produced by using the formula of distribution that is calculated by Pocklington.

Description of Electromagnetic Field

    Here we done the Matlab code for the analysis of antenna with the length and we place the Matlab code. And done the part which has describe in the questions.

        As we have to discuss about the yield arrangement, for the orientation angle of 60 degree the maximum power transfer. As you see in the above part all calculation is done and you can see that the maximum power is -91.4dB  0.721 and -91.65dB 683.3nW there is no huge different among the both power transfer.

Conclusion of Electromagnetic Field

        It is concluded that the waves that are produce with the help of electric charge in the field of electromagnetic waves. From the sources electromagnetic waves propagate away because the source varies in time. It is also concluded that we learnt the coding of Matlab from this project and full wavelength dipole antenna which is more directional instead of quarter dipole wavelength of antenna. We make the code of wavelength 1.5 and plotted this on Matlab.