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A majority of them are electron linear accelerators with moderate energies of several to several tens of MeV (see Fig. In fact, 59% of all accelerators are used for industrial and medical applications. While “big science” accelerators such as the Large Hadron Collider are the first ones to come to mind for a general reader, only ~ 1% of all accelerators are large-scale machines for research. At present, accelerators provide beams of a wide range of charged particles, from electrons to radioactive isotopes, with energies from tens of keV to multiple TeV, and currents from nA to kA. The progress in accelerator technologies was possible thanks to advancements in beam physics, radio frequency (RF) sources, material sciences, and fabrication techniques. Particle accelerators are essential tools in nuclear and high-energy physics, medicine, material treatment, security, and industry. In this tutorial review paper, we will fill this gap with a detailed description of the bunching process and provide practical advice on the design of bunching sections in industrial-grade electron linacs. The physics of non-relativistic motion is described in the literature on ion accelerators, but in practice, it cannot be scaled to electron machines due to the significantly different particle mass and acceleration rate, beam velocity change, and frequencies. Although many books describe the theoretical and practical aspects of electron linac design, most of them concentrate on beam physics in either the gun stage or in the relativistic regime, while leaving the description of the bunching process rather general. Ideas, suggestions, you can even just drop us a thank you line, haha.The acceleration of electrons in resonant linear accelerators (linacs) typically consists of three main stages: (1) emission of the electrons from the cathode and their pre-acceleration with a DC field to the energy of tens of keV (2) grouping the DC electron beam into bunches and their synchronization with the correct phase of high-frequency electromagnetic fields, and (3) accelerating the bunches of relativistic electrons to the required energies. We hope it's going to be soon! Start exploring Red HD Tube right now, enjoy all our goodies, and do let us know if you have anything to share. Bookmark us for when you feel like having more hot fun. Mainstream or niche, amateur or professional, popular and famous or special interest and rare, we want all these fuck flicks to be here for you. Where you will get exactly what you were promised. One easy to use friendly place where you will never be scammed, your screen will never be flooded with ads.

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