因四氧化三鐵奈米磁性粒子具磁滯現象，有助於雷達波損耗；而奈米銀粒子則具低發射率，可作為紅外線隱身材料，故實驗將製備金屬銀/四氧化三鐵奈米複合粒子，希望本材料能兼具雷達波及紅外線的隱身效果。
本研究可分為兩部份，第一部份為聚醯胺-胺樹狀高分子PAMAM之合成，希望能掌握合成步驟及結果鑑定方法，研究結果顯示，目前掌握合成技術至第四代，且產量可達25克以上。
第二部份為聚醯胺-胺高分子複合奈米粒子之研究，先利用樹狀分子內部空腔製備奈米銀粒子(dendrimer-encapsulated silver nanoparticles) ，並由TEM影像鑑定結果，確定所製備出的奈米銀粒子粒徑約為3 nm且分散性極佳；再經由調控反應溫度製備粒徑約20 nm之四氧化三鐵奈米粒子，為避免其聚集，對其作表面修飾，先使帶負電性之聚苯乙烯磺酸鈉披覆在四氧化三鐵表面，並經zeta potential 、EDAX及FT-IR等結構組成分析確定其包覆成功；之後，再使帶正電之奈米銀粒子包覆其上，以UV-Vis、zeta potential、EDAX、XRD及FT-IR等做結構鑑定，並以TEM作型態觀察，其聚集體大小約130 nm。

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