Pulsewidth evolution and blending rate of strongly DM interacting solitons

F. Diaz-Otero, P. Chamorro-Posada
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Abstract

The variational method is employed to study the evolution of two adjacent solitons propagating in a strongly dispersion-managed, periodically amplified, single channel optical fiber, in the strong management regime. We study third-order-dispersion (TOD) effects in terms of pulsewidth and center pulse position finding that TOD stabilizes the transmission characteristics and also provides an additional enhancement of the soliton collapse distance.
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强DM相互作用孤子的脉宽演化和混合速率
采用变分方法研究了两个相邻孤子在强色散管理、周期性放大的单通道光纤中在强管理体制下的演化。我们从脉冲宽度和脉冲中心位置研究了三阶色散(TOD)效应,发现TOD稳定了孤子的传输特性,并增加了孤子坍缩距离。
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