本研究主要研究在不同莫爾比下，使用雙馬來醯亞胺（N,N’-bismaleimide-4,4-diphenylmethane, BMI）與巴比妥酸（Barbituric acid, BTA）進行聚合反應之反應動力學，進而討論不同莫爾比對反應速率的影響，以及同時存在的麥克加成反應（Michael addition）和自由基聚合反應（Free radical polymerization）兩種反應速率的競爭。利用不同的莫爾比分別為BMI/BTA((1/1 (mol/mol))、BMI/BTA((2/1 (mol/mol))和BMI/BTA((4/1 (mol/mol))(固含量：20.46%)，進行反應動力學之研究。
使用微分式掃描熱量分析儀（DSC），在373K∼403K反應一小時得到反應放熱數據，將實驗所得數據利用Matlab數學軟體分析推倒公式，模擬出之 "k" ‾ 和 ("k" _"i" ) ‾ 再利用Arrhenius方程式計算BMI/BTA反應之活化能 "E" ‾ 和 ("E" _"i" ) ‾ 。

This work studied the kinetics of N,N’-bismaleimide-4,4-diphenylmethane (BMI) polymerization with Barbituric acid (BTA) with different molar ratios. This polymerization was governed by the competitive Michael addition reaction and free radical polymerization. The system of BMI/BTA = 1/1 (mol/mol)、BMI/BTA = 2/1 (mol/mol) and BMI/BTA = 4/1 (mol/mol) (in the temperature range 373K~403K) were chosen in this work.
To obtain the reaction of kinetic data, then analyze the data using the proposed reaction model.

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