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利用Regge唯象学,首先计算了基态张量介子多重态中奇异偶素ss、粲-底介子B*c2的质量,然后计算了张量介子的Regge轨迹和斜率,最后给出了轨道激发态13F4,13H6和13K8介子九重态的质量.实验结果表明,可将fJ(2 220)和X(2 710)分别作为f'4(13F4)和f'6(13H6)的候选态进行探究,建议实验上分别在6 785 Me V,2 595Me V能量附近寻找和研究尚未观测到的介子B*c2(13P2)和K*6(13H6).分别在2 095 Me V,1 969 Me V,2 498 Me V能量附近进一步研究K*4(2 045),f4(2 050),a6(2 450)的性质.结果对在实验上寻找尚未发现的介子和相关介子的自旋-宇称安排具有一定的理论指导意义.将来可以在LHCb、BES-III等实验装置中验证.

Based on the Regge phenomenology, masses of the pure strangenium ss- (13 P2) and the charm-bottom Bc2* (13p2) were calculated. Then, Regge parameters of the 13P2 muhiplet were given. Af- ter that, masses of the orbital excited 13 F, and 13H6 meson nonets were estimated. Based on the predictions, some related resonances were discussed. The fJ (2 220) and X(2 710) meson resonances could be further researched as the candidates for f 4 ( 13 F4) and f'6 (13H6), respectively. It was suggested to search Bc2* (13p2) and K6* (13H6) near 6 785 MeV and 2 595 MeV, respectively. It was suggested to re- study K4* (2 045), f4 (2 050), a6 (2 450) near the energy 2 095 MeV, 1 969 MeV, 2 498 MeV, respectively. The predictions may be useful guidance for the discovery of the unobserved excited mesons and the JP assignment of related states. The results could be tested at LHCb and BES-III in the near future.