結論與未來展望

冷卻產生的收縮現象，可以有效抑制材料收縮量的增加。

（3）在模仁的功能上：可整合江忠晉同學的溫度和壓力微感測器，對 模仁表面溫度做即時的監控，由此可觀察模仁加熱溫度對材料熱 收縮應力的影響。

（4）熱壓實驗方面：由於本實驗是使用開放式的熱壓方式，材料在熱 壓的過程中會有側向的流動，使的壓力分佈由中心往邊緣方向會 逐漸遞減，導致在未施加功率時成形微結構有收縮不均勻的現 象，若改以封閉式的熱壓方式則材料所受到的正向壓力為一定 值，可以有效的改善收縮率不均的現象，在此條件下對模仁施加 功率與可完整脫模面積之間的關係可做更為精確的討論。

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