论文标题
衍射解离的动力学
Dynamics of diffractive dissociation
论文作者
论文摘要
我们描述了一个基于QCD的模型，该模型结合了针对衍射过程的包含粒子分布的主要特性，包括高能量下的衍射解离。 We study, in turn, the total cross section, $σ_{tot}$, the differential elastic, $dσ_{el}/dt$, cross section, the dependence of the single proton dissociation cross section, $ξd^{SD}/dξ$, on the momentum fraction, $ξ= 1-x_L$, lost by the leading proton, the multiplicity distributions in inelastic (non-diffractive)碰撞和解离过程。除此之外，我们还计算出在解离（即具有较大速度差距的过程中）产生的“ wee partons”（次生）的平均横向动量，并将其与非弹性相互作用中的比较。
We describe a QCD based model which incorporates the main properties of the inclusive particle distributions expected for diffractive processes, including the diffractive dissociation at high energies. We study, in turn, the total cross section, $σ_{tot}$, the differential elastic, $dσ_{el}/dt$, cross section, the dependence of the single proton dissociation cross section, $ξd^{SD}/dξ$, on the momentum fraction, $ξ= 1-x_L$, lost by the leading proton, the multiplicity distributions in inelastic (non-diffractive) collisions and in the processes of dissociation. Besides this we calculate the mean transverse momenta of the `wee partons' (secondaries) produced in the case of dissociation (that is in the processes with a large rapidity gap) and compare it with that in inelastic interactions.
