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Frontal Reaction of Epoxy Oligomers in Tubular Flux Reactors

机译：管状助焊剂中环氧低聚物的前沿反应

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摘要

A one-dimensional and two-dimensional model of the frontal reaction of epoxy compounds by aromatic amines in tubular flux reactors is investigated. The influence of relevant kinetic factors (velocity, activation energy, and others) on the velocity of the traveling front, the heat regimes of the reactor, and the geometric dimensions of the reactor is studied. An optimal steady-state condition of the tubular reactor under continuous action is determined. Profiled armored carbon and glass plastics forming laboratory installation are constructed, as derived from the obtained theoretical results. It is shown that the theoretical and practical results are in satisfactory agreement. Several physico-mechanical properties (e.g., bending strength, longitudinal modulus of elasticity), as based on the reactor wall temperature, angle of armoring, and tension are determined.
机译：研究了管状助熔剂反应器中环氧化合物与芳族胺的前沿反应的一维和二维模型。研究了相关动力学因素（速度，活化能等）对移动前沿速度，反应堆热态和反应堆几何尺寸的影响。确定管式反应器在连续作用下的最佳稳态条件。根据获得的理论结果，构建了成型的铠装碳纤维和玻璃塑料以形成实验室装置。结果表明，理论和实践结果吻合良好。基于反应器壁温度，铠装角度和张力，确定了几种物理机械性能（例如，弯曲强度，纵向弹性模量）。

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