В целом рентгеновские лучи вырабаты

В целом рентгеновские лучи вырабатываются, когда электроны с высокой энергией ударяются о какой-либо объект. Сами лучи состоят не из электронов, а, скорее, из электромагнитных волн. Следовательно, в основе своей они похожи на видимое излучение (то есть световые волны), только длина их волн гораздо короче. Наиболее известным применением рентгеновских лучей, конечно, является их использование при установлении медицинских диагнозов и лечении зубов. Другое применение — радиотерапия, при которой лучи уничтожают злокачественные опухоли или прекращают их рост.

Результаты (английский) 1:

In General, the x-rays are produced when high energy electrons to hit on any object. The rays are not themselves from electrons, but rather from electromagnetic waves. Therefore, they are similar to visible radiation (that is, light waves), but their length much shorter waves. The most famous application of x-rays, of course, is their use in establishing medical diagnoses and treatment of teeth. Another use is radiotherapy, where rays destroy malignant tumors or stop their growth.

Результаты (английский) 2:

In general, X-rays are produced when high energy electrons impinge on an object. Rays themselves do not consist of electrons, but rather of the electromagnetic waves. Therefore, in essence they are similar to visible radiation (ie, light waves), only the length of their wave is much shorter. The most known use of X-rays, of course, is their use in establishing medical diagnosis and treatment of teeth. Another application - Radiotherapy at which rays kill malignant tumor or stop their growth.

Результаты (английский) 3:

in general, the x-rays are produced when electrons with high energy ударяются on any object. the rays are not the electrons themselves, but, rather, of the electromagnetic waves. therefore, in the way they look similar to the visible spectrum (i.e. light waves), but their wave length is much shorter. the most famous use of the x-ray is, of course, their use in the medical diagnosis and treatment of teeth. another application of the radiotherapy in which rays destroy malignant tumors or stop their growth.