In this article we want to say about the Compton Effect and the Zeeman Effect. (Both of them are almost one effect (in the fundament and with considering just the refraction proposition of them). We know both of them are about the electromagnetism waves (the waves) and some special properties of them. For example the Zeeman effect is about the refraction of the magnetic fields (or the other made fields by that) of the electromagnetism waves since we put the source of that near the source of the magnetic or electrical field (we'll see the breaking or refraction of the wave) and this proposition is possible that the wave refracts to some part for example two or three part but we should remember that these effects (Zeeman, Compton) aren't just for the light(the electromagnetism type) and of course these proposition are less about the light (and some part of the light like the x-ray or β-ray or γ-ray or ...) But it can't be impossible that these effects be correct also about the light. Of course the Compton Effect is depending on the angle θ with coefficient (1 - cosθ). Now we want to justify that. We can say; if we want to consider the thing's (or waves or the atoms or...) properties we can consider the moving of them and we say that when an electron or another thing is turning around the nucleus quickly we'll take a special force that caused it, and now during the moving or after the moving we can get a special force and we can with this subject say the reason of many effects and now we try to justify simply with this method. For the first time this proposition is so easy but we can take this easy proposition as a principle of our discussion.
Comments: 33 pages
Unique-IP document downloads: 82 times
Add your own feedback and questions here:
You are equally welcome to be positive or negative about any paper but please be polite. If you are being critical you must mention at least one specific error, otherwise your comment will be deleted as unhelpful.