TN25 97031830方次律弱导光纤内的束缚场=Bound field in weaklyguiding optical fibre for power-law profilesof arbitrary exponent[刊,中]/董玉和(包头钢铁学院.内蒙,包头(014010)),康寿万(北方交通大学.北京(100044))//半导体光电....TN25 97031830方次律弱导光纤内的束缚场=Bound field in weaklyguiding optical fibre for power-law profilesof arbitrary exponent[刊,中]/董玉和(包头钢铁学院.内蒙,包头(014010)),康寿万(北方交通大学.北京(100044))//半导体光电.—1996,17(3).-248-251在远距离通信中,常用弱导光纤。其传输模式的分析在光纤理论中具有重要意义。分析了弱导光纤的束缚场、截止条件以及束缚态数目随光纤参数变化的形式。展开更多
A model is proposed to study the quantum rings with two deeply bound electrons under a variable magnetic field. The emphasis is placed to clarify the effect of the size (diameter) and the width of the ring on the fr...A model is proposed to study the quantum rings with two deeply bound electrons under a variable magnetic field. The emphasis is placed to clarify the effect of the size (diameter) and the width of the ring on the fractional Aharonov-Bohm oscillation. It was found that the reduction of size will lead to a very strong oscillation in the ground state energy and in the persistent current. The electronic correlation has also been demonstrated by showing the nodal structures of wave functions.展开更多
文摘TN25 97031830方次律弱导光纤内的束缚场=Bound field in weaklyguiding optical fibre for power-law profilesof arbitrary exponent[刊,中]/董玉和(包头钢铁学院.内蒙,包头(014010)),康寿万(北方交通大学.北京(100044))//半导体光电.—1996,17(3).-248-251在远距离通信中,常用弱导光纤。其传输模式的分析在光纤理论中具有重要意义。分析了弱导光纤的束缚场、截止条件以及束缚态数目随光纤参数变化的形式。
基金The project supported by the National Natural Science Foundation of China under Grant Nos. 10574163 and 90306016.Acknowledgments The author wishes to thank Prof. C.G. Bao and Mr. G.M. Huang for their helpful discussions.
文摘A model is proposed to study the quantum rings with two deeply bound electrons under a variable magnetic field. The emphasis is placed to clarify the effect of the size (diameter) and the width of the ring on the fractional Aharonov-Bohm oscillation. It was found that the reduction of size will lead to a very strong oscillation in the ground state energy and in the persistent current. The electronic correlation has also been demonstrated by showing the nodal structures of wave functions.