At high energy hadron collider, the dominant production mechanism for heavy baryons is actually the fragmentation. We analytically have computed the effect of spin orientation of heavy quarks Q in the production heavy triply baryons through fragmentation in leading order perturbative QCD. Our analytical results have been presented for the spin dependent fragmentation Functions for fragmentation processes b→𝛺_bbc and c→𝛺_ccb. The production of intermediate spin 1/2 and 3/2 excited states is explicity included. The global fragmentation probabilities fall off within the range of 10⁻⁵–10⁻⁶. After evaluation of fragmentation functions by Altareli-Parisi equation, cross section production of all case 𝛺_bbc and 𝛺_ccb at the LHC. (\( \sqrt{S}=14\mathrm{TeV} \)) have been calculated. The total cross section production falls off within the range 21–166 pb.

在高能强子对撞机上，重子的主要产生机理实际上是碎片。我们通过分析先导扰动QCD中的碎裂来计算重夸克Q在生产重三重子中的自旋取向的影响。我们的分析结果已针对碎片过程b→fragment _bbc和c→𝛺 _ccb的自旋相关性碎裂函数给出。明确包括中间自旋1/2和3/2激发态的产生。全局碎片概率落在10 ^-5 –10 ^-6的范围内。通过Altareli-Parisi方程评估碎裂函数后，所有情况的横截面production英国_广播公司（LHC）的_BBC和at _ccb。（\（\ sqrt {S} = 14 \ mathrm {TeV} \））已计算出来。总横截面产量落在21–166 pb的范围内。