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Bremsstrahlung from Relativistic Heavy Ions in a FixedTarget Experiment at the LHC

机译:大型强子对撞机固定目标实验中的相对论重离子引起的致辐射

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We calculate the emission of bremsstrahlung from lead and argon ions in ultraperipheral collisions in a fixed target experiment (AFTER) that uses the LHC beams. With nuclear charges ofZeequal to 82eand 18e, respectively, these ions are accelerated to energies of 7 Tev ×Z. The bremsstrahlung peaks around ≈100 GeV and the spectrum exposes the nuclear structure of the incoming ion. The peak structure is significantly different from the flat power spectrum pertaining to a point charge. Photons are predominantly emitted within an angle of 1/γto the direction of ion propagation. Our calculations are based on the Weizsäcker-Williams method of virtual quanta with application of existing experimental data on photonuclear interactions.
机译:我们在使用LHC束的固定目标实验(AFTER)中,计算了超外围碰撞中铅和氩离子产生的ms致辐射。当Zee的核电荷分别等于82e和18e时,这些离子被加速为7 Tev×Z的能量。致辐射峰约在100 GeV附近,并且光谱暴露了入射离子的核结构。峰值结构与属于点电荷的平坦功率谱显着不同。光子主要在与离子传播方向成1 /γ的角度内发射。我们的计算基于虚拟量子的Weizsäcker-Williams方法,并应用了有关光核相互作用的现有实验数据。

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