本論文為研究硒化鎘鋅/硒化鋅(ZnCdSe/ZnSe)多重量子井樣品的電光性質。在光電導實驗中，譜形發生變化的能量位置約在ZnSe能隙附近，而在ZnCdSe與ZnSe能隙間譜形並無明顯變化。因而進行電場調制實驗及光激螢光實驗。
在電場調制實驗中，觀察到ZnCdSe/ZnSe多重量子井樣品受應力作用後的井內能階躍遷訊號，並以量子井內束縛態之一階微分勞倫茲譜形加以擬合，兩者結果相符合；並利用K-P模型推算出量子井內的能階躍遷能量，計算結果符合電場調制的實驗結果。從譜圖中發現ZnCdSe/ZnSe多重量子井內的能階躍遷訊號，隨著溫度越低，訊號越為明顯，以50K的訊號最為顯著。
在光激螢光實驗中，以高斯曲線加以擬合，發現隨著溫度升高，晶格受熱效應的影響，峰值能量往較低能量處移動，而螢光強度則隨溫度升高而逐漸減弱。

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