It achieves good performance in nonlinear fiber and optical soliton transmission problems.

在非线性光纤光学、光孤子传输等领域应用该算法都能取得较好的效果.

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Next, we numerically modeled this equation in bright soliton case.

我们还用此方程数值模拟了亮孤子的情况.

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In photoisomerization polymerthe perpendicular optical control the optical spatial soliton interaction is simulated by numerical method.

这种相互作用的空间光孤子被垂直光调控的现象可望应用于光合成、光互联、光波导等方面.

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It achieves good performance in nonlinear optic fiber and optical soliton transmission problems.

在非线性光纤光学、孤子传输等领域应用该算法都能取得较好的效果.

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Properties of soliton transmission and coupling in heat lens effect of photorefractive crystal are analyzed.

借助耦合非线性薛定谔方程,分析了光折变晶体热透镜效应中光孤子传输与耦合特性.

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The prominent feature of a double - charge soliton is that its potential double peaks.

双电荷孤子的显著特征是它的电势峰具有双峰结构.

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We give an elementary introduction to the soliton and exact solutions in noncommutative field theory.

初步介绍了非对易场论中的孤子解和其它严格解.

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The larger the phase - shift, the more significant the amplitude of soliton pulse descended.

相位漂移越大, 孤子幅度下降越显著.

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The spatial shape of a stable screening soliton can be reshaped by adjusting the crystal temperature.

通过适当调节温度,可以控制孤子的空间形态.

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Finally, we study the dynamics of matter wave gap soliton in optical lattice with randomness.

最后, 我们模拟了物质波带隙孤子在无序体系中的运动,找到了其传播特性.

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Particularly, the dynamics of soliton periodic distributed amplification system is discussed in detail.

特别地, 详细讨论了孤子周期分布放大系统的动力学行为.

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And optical pulses can propagate stably in long transmission based on soliton self - trapping.

基于孤子自捕获效应,光脉冲能长距离稳定传输.

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Soliton waves can travel long distances with little loss of energy or structure.

孤波可以长距离传播而能量或声波结构几乎不损伤.

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A stable spatial soliton originally can be formed in a crystal at given temperature.

当温度一定时,晶体中可形成稳态空间孤子.

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