本論文主要探討太青素(Chloro-aluminum phthalocyanine)在Z-scan的實驗中，分子運動和脈衝間隔對濃度平衡與穿透率不對稱的數值模擬。因此我們提出微觀的分子運動的模型來模擬在不同能量下分子的運動情形與探討各種不同的脈衝間隔下，濃度的平衡的狀態對穿透率的影響。並討論分子運動時間的長短所造成分子移動距離的收斂性，對穿透率有何影響，最後我們提出了溶質分子在溶劑中，像是處在一個位能井下，而分子吸收的能量決定分子是否有機會可以越過位能井而運動，以修正模擬的結果。

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