Fourier Transform and Optical Analogy of the Sharply Pulsed E.P. Seismic Signals Propagating Through The Core of Earth
DOI:
https://doi.org/10.37591/toeoc.v5i1.1774Abstract
Abstract
Like light rays that encounter a water surface, seismic rays are governed by the laws of reflection and refraction. Eventually, there exist wave properties within these. Due to rigorous BIS (breakdown of integrated system) processes, severe consequences like earthquakes occur. The waves that are generated in an earthquake down into the interior of the earth are called earthquake waves or seismic waves. In the present paper, the author will consider an optical analogue of the seismic pulses which are named here as E. P. (Einsteinian Pain) seismic waves and shall discuss some of their important properties. In the second and third part of the paper, the author shall consider their Fourier transform and will try to simplify the former
E. P. solutions.
Keywords: Seismic signals, E. P. waves, BIS processes, Fourier transform
Mathematical subject classification/ PACS: 43A25, 43A30, 43A32
Cite this Article:
Dr. Tuhin Datta, Fourier transform and optical analogy of the sharply pulsed E.P. seismic signals propagating through the core of earth. Trends in Opto-electro & Optical Communication. 2015; 5(1): 9–12p.
