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Diffractive production of charm quark/antiquark pairs at RHIC and LHC

机译:在RHIC和LHC的魅力夸克/古夸克对的衍射生产

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We have discussed single and central diffractive production of c c pairs in the Ingelman- Schlein model. In these calculations we have included diffractive parton distributions obtained by the H1 collaboration at HERA and absorption effects neglected in some early calculations in the literature. The absorption effects which are responsible for the naive Regge factorization breaking cause that the cross section for diffractive processes is much smaller than that for the fully inclusive case, but could be measured at RHIC and LHC by imposing special condition on rapidity gaps.We discuss also different approaches to diffractive production of heavy quark/antiquark [1, 2, 3]. The particular mechanism is similar to the diffractive dissociation of virtual photons into quarks, which drives diffractive deep inelastic production of charm in the low-mass diffraction, or large β -region.
机译:我们已经讨论了Ingelman- Schlein模型中的C C对中央和中央衍射生产。在这些计算中,我们已经包括通过H1在文献中的一些早期计算中忽略了H1的H1合作获得的衍射PARO分布。负责Naive Regge因子分解的吸收效果导致衍射过程的横截面远小于完全包容性案例的横截面,但可以通过对快速空白的特殊条件施加特殊条件来测量Rhir和LHC。我们也讨论重型夸克/抗型[1,2,3]的衍射产生的不同方法。该特定机制类似于虚拟光子的衍射解离转换为夸克,其在低质量衍射或大β-Region中驱动曲线的衍射深势产生。

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