THE <EM>SU</EM>(6) “UNITARY ENERGY BAND” STRUCTURE IN THE TRIBARYON SYSTEM

ZHANG YU-SHUN; LI YANG-GUO; WANG WEI-WEI; CHEN XIAO-TIAN; RUAN TU-NAN

Chinese Physics C> 1981, Vol. 5> Issue(5) : 521-530

THE SU(6) “UNITARY ENERGY BAND” STRUCTURE IN THE TRIBARYON SYSTEM

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Abstract：
A picture of the tribaryon system is proposed based on the papers [1—3]. It is considered that proton, neutron and A hyperon from the basic particles of SU(3) group and form the basic particles of SU(6) group on account for spin. It turns out that there exist "unitary energy band" structure in the tribaryon system. From the mass formula of T₃³ breaking, one can find that the SU(6) symmetry gives the mass relations between different spin levels of the same strangeness analog states. Finally, simple calculations are made and tbere is no discrepancy between tbe results and the experimental data.

References

[1]	陈晓天、阮图南、张禹顺、李扬国,9eientia 8iniaa, 4(1980), 823;高能物理与核物理,4(1980), 445,[2] 张禹顺、王潍潍、陈晓天、李扬国、阮图南,高能物理与核物理,5(1981), 149.[3] 王潍潍、张禹顺、李扬国、陈晓夭、阮图南,高能物理与核物理,5(1981), 441.[4] S. Fiarman and S. S. Hanna, Nucl. Phys., A251(1976), 1.

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ZHANG YU-SHUN, LI YANG-GUO, WANG WEI-WEI, CHEN XIAO-TIAN and RUAN TU-NAN. THE SU(6) “UNITARY ENERGY BAND” STRUCTURE IN THE TRIBARYON SYSTEM[J]. Chinese Physics C, 1981, 5(5): 521-530.

ZHANG YU-SHUN, LI YANG-GUO, WANG WEI-WEI, CHEN XIAO-TIAN and RUAN TU-NAN. THE SU(6) “UNITARY ENERGY BAND” STRUCTURE IN THE TRIBARYON SYSTEM[J]. Chinese Physics C, 1981, 5(5): 521-530. shu

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Received: 1979-12-20
Revised: 1900-01-01

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沈阳化工大学材料科学与工程学院沈阳 110142

THE SU(6) “UNITARY ENERGY BAND” STRUCTURE IN THE TRIBARYON SYSTEM

Received Date: 1979-12-20
Accepted Date: 1900-01-01
Available Online: 1981-10-05

Abstract: A picture of the tribaryon system is proposed based on the papers [1—3]. It is considered that proton, neutron and A hyperon from the basic particles of SU(3) group and form the basic particles of SU(6) group on account for spin. It turns out that there exist "unitary energy band" structure in the tribaryon system. From the mass formula of T₃³ breaking, one can find that the SU(6) symmetry gives the mass relations between different spin levels of the same strangeness analog states. Finally, simple calculations are made and tbere is no discrepancy between tbe results and the experimental data.