Review about Properties of X-Rays

Abstract

The nineteenth century AD witnessed a tremendous breakthrough in the sciences of physics, which amplified Many discoveries in the field of electromagnetic induction and waves Michel Faraday (1791-1867 AD) was able to discover Electromagnetism. Laws of magnetic induction, which state that any magnetic field that changes with time is generated Studies by Ampere and Maxwell showed that a changing electric field as well. An electric field varying with time generates a magnetic field varying with time at the same time. Method. Based on these scientific facts, the physicist James Maxwell (1831-1879 AD) was able to derive his famous equation for electromagnetic waves. And formulate his own theories, which define the mutual relationships between the fields Maxwell came up with these theories’ Variable electricity and magnetism. To predict the existence of electromagnetic waves that propagate in a vacuum with equal speed \w), The speed of propagation of visible light in a vacuum (108 x 299792 m), which led him to develop the idea that visible light is a form of waves. Electromagnetism, and thus the inclusion of light within these waves [1]. Maxwell's scientific predictions were fulfilled by Henrik Hertz (1857-1894), who. For the first time, he was able to generate electromagnetic waves and detect them Waves in practice. This great discovery was made in the last quarter of the century. The nineteenth century led to ushering in a new era, which is the era of wireless communications that began in Using wireless systems such as radio, radar, and television in communications.