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中国物理学会期刊

双色光光伏空间孤子的形成条件及其应用

CSTR: 32037.14.aps.52.595

The condition for forming a polychromatic light photovoltaic spatial soliton and its application

CSTR: 32037.14.aps.52.595
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  • 以折射率改变为正的光伏晶体为例,讨论在其中形成双色光光伏空间孤子的条件-一般而言,在满足上述条件的情况下,双色光可以形成双色光亮孤子、双色光暗孤子、一亮一暗孤子-对于一个波长的光(ray2)单独不能形成亮孤子(它的Glass系数与背景光的Glass系数之比R2小于1)的情况,如果再加上一束另一个波长的光(ray1),且其Glass系数与背景光的Glass系数之比R1大于1,则在一定条件下,这个双色光中两个颜色的光可以都形成亮孤子-还讨论了ray1的光强对孤子宽度的影响-

     

    We discuss the conditions under which some polychromatic light photovoltaic spatial solitons can be formed in a photorefractive crystal with a positive perturbation refractive index- Generally, under these conditions we can form bright-bright,dark-dark and bright-dark polychromatic light photovoltaic spatial solitons in the crystal- In the case of bright-bright solitons, if we launch a monochromatic beam(ray2,its effective Glass constant is less than that of the background), bright soliton cannot be obtained- But if we add another monochromatic beam(ray1, its effective Glass constant is larger than that of the background beam), both ray1 and ray2 can form bright solitons under some condition- This gives a new way to control ray2 with ray1- It is shown that the width of bright-bright solitons can be modified by the peak intensity of ray1-

     

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