Heat resistance, curing reaction, and morphology of the modified phenolic resin system were characterized by TG, DSC, SEM and tem.
借助TG、DSC、SEM和TEM对改性酚醛树脂体系的耐热性能、固化反应和微观形态进行了表征。
Electron beam curing of resin matrix composites is a cost effective method compared with conventional heat curing.
与普通的热固化方法相比，树脂基复合材料的电子束固化是一种成本有效的固化方法。
A sort of modified epoxy resin and curing agent in terms of its viscosity, tenacity, cold-proof and heat-proof impinge and dipping properties were described.
通过改性环氧树脂及固化剂，实验研究了浸渍胶的粘度、韧性及耐冷热冲击性、浸渍性。
The curing property of the resin was found to be a little different from that made by melting copolymerization according to the DSC curve, and the cured resins had good heat stability.
DS C曲线显示该树脂的固化能与熔融法得到的基体树脂有所不同。该树脂固化后有良好的热稳定性。
The influence of the kinds of epoxy resin, the proportion of composite curing agent , and the content of accelerant on the adhesive strength and heat resistant properties of adhesive were discussed.
重点讨论了环氧树脂种类、复配合固化剂比例以及促进剂用量对胶粘剂粘接强度和耐热性能的影响。
The flow production lines of the curing agent part and the resin part are identical, and the difference lies in that the requirement of the curing agent on the heat is not essential.
固化剂部分流水生产线与树脂部分流水生产线相同，不同之处在于固化剂部分流水生产线对加热器的需要可有可无。
The curing characteristics such as gel time, heat Peak and curing shrinkage rate of MFE epoxy vinyl ester resin (MFE type and AFE type) are discussed in this paper.
本文对MFE环氧乙烯基酯(含mfe型和afe型二种型号)树脂的固化性能(凝胶时间、放热峰和固化收缩率)作了报道并进行讨论。
The unsteady temperature field and curing models were established on the basis of heat transferring and resin curing mechanism.
根据固化动力学和传热学理论，建立了非稳态温度场与固化动力学数学模型。
The unsteady temperature field and curing models were established on the basis of heat transferring and resin curing mechanism.
根据固化动力学和传热学理论，建立了非稳态温度场与固化动力学数学模型。
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