本論文研究是以燃燒合成法進行氮化鋁粉体新製程開發。主要探討可分為兩部分：(1)反應錠製備方式：係以鋁箔與石墨坩堝所作成之容器盛裝反應物，將其置入氮氣壓力約1~3 atm 的不鑄鋼反應器中，於頂部以900 ~1000 瓦的功率加熱，促使燃燒反應的發生

A new combustion synthesis process was developed for the production of AlN powder. This study includes two part: (1) the method for holding the reactant powders: Reactants were poured into a porous containers made by aluminum foil and graphite crucibles. The container was then placed in a stainless reactor filled with nitrogen pressure around
1~3 atm. A combustion synthesis reaction was ignited by heating the top surface and the heating power was about 900~1000W. Especially, a nitrogen gas was reinforced to flow through the reactant powders from the bottom of the container to enhance the combustion reaction.

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