在本實驗中，我們運用超快雷射pump-probe技術配合雷射誘發螢光方法偵測cyanobenzene之光解產物CN(X) 的生成曲線，以研究cyanobenzene之光解反應動態學。在2.25 ns之延遲時間範圍內，實驗所得瞬時曲線是由四個指數遞增函數所構成，其中包含此分子由pump脈衝三光子和雙光子激發的成份。在三光子激發部分（總能量約9.57 eV），反應時間常數分別是τ1 = 0.35 ps、τ2 = 9.6 ps、τ3 = 180 ps，我們據此推測在此能量下CN(X)之生成應至少有三個反應途徑，且其反應時間量級暗示著反應是預解離過程，此點可由產物訊號上升之前有一時間延遲160 fs得到佐證。反應時間最長的部分（τ3 = 180 ps），我們推測由T1能態解離是一很有可能的反應途徑，並以RRKM理論計算得到相近反應時間以作為佐證。而雙光子激發部分（總能量約6.38 eV），因受限於移動平台移動距離，我們僅能估計其反應時間（τ4）之下限值為10 ns，並推測其反應路徑應是從起始能態S2經由T1能態解離。

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