The two dimensional pseudohomogeneous model was often used for the non isothermal, non adiabatic fixed bed reactor that was widely used for the strongly exothermic reactions.

非恒温非绝热固定床反应器广泛应用于强放热的反应体系。

And by compare the exotherm of the resin cured by two kind of curing system at room temperature we can found that the resin we synthesized has lower exotherm, especially when use BPO as initiator.4.

证脂体系有较低的固化放热峰，且表以过氧化苯甲酰作为引有更低的放热峰温度。

The two dimensional pseudohomogeneous model was often used for the non isothermal, non adiabatic fixed bed reactor that was widely used for the strongly exothermic reactions.

非恒温非绝固定床反应器广泛应用于强的反应体系。

And by compare the exotherm of the resin cured by two kind of curing system at room temperature we can found that the resin we synthesized has lower exotherm, especially when use BPO as initiator.4.

证该树脂体系具有较低的固化，以过氧化苯甲酰作为引发剂具有更低的温度。

The two dimensional pseudohomogeneous model was often used for the non isothermal, non adiabatic fixed bed reactor that was widely used for the strongly exothermic reactions.

非恒温非绝热固定床反器用于强放热的反体系。

And by compare the exotherm of the resin cured by two kind of curing system at room temperature we can found that the resin we synthesized has lower exotherm, especially when use BPO as initiator.4.

证明该树脂体系具有较低的固化放热峰，且表明过氧化苯甲酰作为引发剂具有更低的放热峰温度。

The two dimensional pseudohomogeneous model was often used for the non isothermal, non adiabatic fixed bed reactor that was widely used for the strongly exothermic reactions.

非恒温非绝固定床反应器广泛应用于强的反应体系。

And by compare the exotherm of the resin cured by two kind of curing system at room temperature we can found that the resin we synthesized has lower exotherm, especially when use BPO as initiator.4.

证该树脂体系具有较低的固峰，且过氧苯甲酰作为引发剂具有更低的峰温度。

The two dimensional pseudohomogeneous model was often used for the non isothermal, non adiabatic fixed bed reactor that was widely used for the strongly exothermic reactions.

非恒温非绝热定床反应器广泛应用于强放热反应体系。

And by compare the exotherm of the resin cured by two kind of curing system at room temperature we can found that the resin we synthesized has lower exotherm, especially when use BPO as initiator.4.

证明该树脂体系具有较放热峰，且表明以苯甲酰作为引发剂具有更放热峰温度。

The two dimensional pseudohomogeneous model was often used for the non isothermal, non adiabatic fixed bed reactor that was widely used for the strongly exothermic reactions.

非恒温非绝热固应器广泛应用于强放热的应体系。

And by compare the exotherm of the resin cured by two kind of curing system at room temperature we can found that the resin we synthesized has lower exotherm, especially when use BPO as initiator.4.

证明该树脂体系具有较低的固化放热峰，且表明以过氧化苯甲酰作为引发剂具有更低的放热峰温度。

The two dimensional pseudohomogeneous model was often used for the non isothermal, non adiabatic fixed bed reactor that was widely used for the strongly exothermic reactions.

非恒温非绝热固定床反应器广泛应用于强放热的反应体。

And by compare the exotherm of the resin cured by two kind of curing system at room temperature we can found that the resin we synthesized has lower exotherm, especially when use BPO as initiator.4.

证明该树脂体有较低的固化放热峰，且表明以过氧化苯为引发剂有更低的放热峰温度。

The two dimensional pseudohomogeneous model was often used for the non isothermal, non adiabatic fixed bed reactor that was widely used for the strongly exothermic reactions.

恒温绝热固定床反应器广泛应用于强放热的反应体系。

And by compare the exotherm of the resin cured by two kind of curing system at room temperature we can found that the resin we synthesized has lower exotherm, especially when use BPO as initiator.4.

证明该树脂体系具有较低的固化放热峰，且表明以过氧化苯甲酰作为引发剂具有更低的放热峰温度。

The two dimensional pseudohomogeneous model was often used for the non isothermal, non adiabatic fixed bed reactor that was widely used for the strongly exothermic reactions.

非恒温非绝热定床反应器广泛应用于强放热反应体系。

And by compare the exotherm of the resin cured by two kind of curing system at room temperature we can found that the resin we synthesized has lower exotherm, especially when use BPO as initiator.4.

证明该树脂体系具有较低放热峰，且表明苯甲酰作为引发剂具有更低放热峰温度。