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ORIGINS OF TRANSVERSE EMITTANCE BLOW-UP DURING THE LHC ENERGY RAMP

机译:LHC Energy Ramp期间横向射精爆炸的起源

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During LHC Run 1 about 30% of the potential peak performance was lost due to transverse emittance blow-up through the LHC cycle. Measurements indicated that the majority of the blow-up occurred during the energy ramp. Until the end of LHC Run 1 this emittance blow-up could not be eliminated. In this paper the measurements and observations of emittance growth through the ramp are summarized. Simulation results for growth due to Intra Beam Scattering will be shown and compared to measurements. A summary of investigations of other possible sources will be given and backed up with simulations where possible. Requirements for commissioning the LHC with beam in 2015 after Long Shutdown 1 to understand and control emittance blow-up will be listed.
机译:在LHC期间,由于通过LHC循环爆破横向发射爆炸,运行1次潜在峰值性能的约30%。测量结果表明,在能量斜坡期间发生了大部分爆炸。直到LHC RUN的结束1,无法消除这种发射爆炸。在本文中,总结了通过坡道的测量和观察。将显示和与测量相比,显示和与测量相比,仿真对增长的增长结果。将在可能的情况下给出并备份其他可能源的调查摘要。在长期关机1以理解和控制爆炸后,将在2015年将LHC与光束调试,将列出。

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