X-rays are electromagnetic waves with a wavelength three times longer than visible radiation. They are obtained through the rapid deceleration of electrons when they collide with the atomic nucleus and the transition of electrons to deeper orbits into the atom. X-rays were discovered by Wilhelm Konrad Rontgen in the late 19th century, 1895. You can also get more info about xray via https://plodnost.com.mk/.
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When he was conducting research on the results of cathode ray tubes covered with dark paper. The vacuum tube is now known as the Crookes tube, a glass cylinder in which a vacuum is created that contains electrodes to generate high-voltage electricity, the first X-ray tube in history.
The delay in their discovery was due to their manufacture, which was not easy to achieve. In fact, they are primarily made by bombarding a metal target with high-energy electrons moving in a vacuum. The generation of X-rays depends on the energy of the incident and target electrons. In 1887, Nikola Tesla began examining X-rays with a Crookes tube. He discovered another x-ray tube containing a single electrode.
The Tesla tube differs from other cylinders in that it does not have a target electrode. This device conducts electrons from the electrodes in a combination of field radiation and thermal radiation. Once released, the electrons barely repel the electric field near the electrodes, while the negative voltage due to the high yield oscillations of the Tesla coil reaches the tip and produces X-rays. The X-rays collide with the glass envelope. With the discovery of X-rays in industry, he made a big leap forward.