Abstract:
An energy beam is irradiated onto a target from an energy beam source, thereby generating an X-ray with an irradiating area to be irradiated onto an object. Then, the X-ray is introduced into a spectrometer, thereby generating an X-ray with parallelism through the selection of wavelength and wavelength range.
Abstract:
An irradiating device and a method for controlling it are provided. The device comprises an electron accelerator and a scanning box connected to the electron accelerator, wherein the scanning box is provided with a target, an electron beam exit window positioned at left or right side of the target and a scanning magnet. The device integrates the functions of both the existing irradiating device outputting electron beams and those outputting X-rays. When the scanning magnet is in operation, the irradiating device outputs electron beams; and when the scanning magnet is not in operation, the irradiating device outputs X-rays. Therefore, the device is capable of outputting two radiation sources so as to meet requirements for radiation-processing articles with different sizes.
Abstract:
In an x-ray generator for an x-ray apparatus with an x-ray tube (10) from which x-rays exit at a beam exit window, an x-ray lens module is provided that is located in the immediate proximity of and in front of the beam exit window. The x-ray lens module allows the insertion (switching) of an x-ray lens into the beam path of the x-rays.