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Neutrino physics at accelerators
Journal of Physics: Conference Series, 2006 Present and future neutrino experiments at accelerators are mainly concerned with understanding the neutrino oscillation phenomenon and its implications. Here a brief account of neutrino oscillations is given together with a description of the supporting data. Some current and planned accelerator neutrino experiments are also explained.
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11. Accelerator PhysicsCO11-1 Study of Intense Terahertz Light Source Based on Superimposing Backward Coherent Diffraction Radiation CO11-2 The XEP-e (eXtremely High Energy Plasma/ Particle Sensor for Electron) of the ERG ...
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Accelerator Physics (4th Edition)
, 2018 Research and development of high energy accelerators began in 1911. Since then, progresses achieved are: development of high gradient dc and rf accelerators, achievement of high field magnets with excellent field quality, discovery of transverse and longitudinal beam focusing principles, invention of high power rf sources, improvement of ultra-high ...
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Department of Accelerator Physics
Siberian Journal of Physics, 2006 D. E. Berkaev, I. A. Koop
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2021
This chapter is an introduction to Particle Physics accelerators, the major source of antiparticles at our disposal. It explains the physics underlying high energy collisions—electron–positron as well as hadron collisions—and after that it reviews the history of the large accelerators for Particle Physics experiments, ending up at CERN.
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This chapter is an introduction to Particle Physics accelerators, the major source of antiparticles at our disposal. It explains the physics underlying high energy collisions—electron–positron as well as hadron collisions—and after that it reviews the history of the large accelerators for Particle Physics experiments, ending up at CERN.
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Particle physics with cosmic accelerators
Physical Review D, 1986We discuss the atmospheric showers initiated by 1--${10}^{4}$-TeV photons emitted by cosmic accelerators such as Cygnus X-3. The direction and characteristic time structure of the radiation from such sources can be used to tag a beam of known composition (\ensuremath{\gamma} rays) with well-understood interactions (QED) with the target atmosphere.
, Halzen, , Hikasa, , Stanev
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Can physics accelerate biology?
Physics World, 2005In recent years a number of techniques have allowed life scientists to examine smaller and smaller biological samples at an ever-increasing rate. Chief among these is the polymerase chain reaction (PCR), which duplicates tiny quantities of genetic material until the sample is large enough to be analysed.
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Non-Accelerator Particle Physics
Non-Accelerator Particle Physics, 1995Klapdor-Kleingrothaus, H., Staudt, A.
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