We find that there is an essential difference between mutually-trapping beams and the rigorous vector spatial soliton.
结果发现“互陷”传输的光束与严格意义的矢量空间孤子之间存在本质的不同。
We use the equal-attenuation-vector method, to numerically study dispersion characters of dark spatial soliton induced waveguide under limited background.
从有限高斯背景下空间暗光孤子诱导折射率分布出发,用等效衰减矢量法得到它所自诱导的波导的色散特性。
We use the equal-attenuation-vector method, to numerically study dispersion characters of dark spatial soliton induced waveguide under limited background.
从有限高斯背景下空间暗光孤子诱导折射率分布出发,用等效衰减矢量法得到它所自诱导的波导的色散特性。
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