800K 做比較，比較模擬的結果可看出，與 Tian, W. & Yang, R. [29]所做的數據仍 然有段差距，尤其在線型複合材料方面，數據差異性蠻大的，由於本文所採取的 界面穿透率算法是以Chen,1998 [4]所提出的穿透率算法為主，與 Yang 等人所採 用的 Dames,2004 [10]所提出的算法不同，且在界面條件的設定上，可能還有問 題存在，才會導致結果數據相差甚多，雖然BTE 的計算與 MC 本身就會有誤差 存在，但相差超過10%，當中應該還有問題尚未解決。
未來展望：
本文目前只採用一階隱式迎風算則作計算模擬，在準確度方面當然也會有點 差，且在線型的模擬方面，格點測試收斂性還是欠佳仍需要再修改，在未來後續 之研究能夠繼續修改程式的完整度且能夠採用更高階的算則來計算，以提高精準 度。
由於 Yang 等人已經有利用直接蒙地卡羅(DSMC)模擬出三維的現象，在本文 研究中，由於未使用平行運算，且三維的計算量過於龐大，必須仰賴平行運算才 能夠計算得出結果，期待未來後續的研究能夠將往三維的方向進行，能夠將問題 從一維探討到三維結果，將這一系列的問題做更完善的探討。
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