这些界面反应物主要来自挤压铸造时粘结剂与熔融的镁反应。
These interfacial reaction products are mainly from the reaction between the binder and the melted magnesium.
结果表明，键合剂改善RDX／HTPB推进剂力学性能的主要原因在于它们改善了RDX颗粒与HTPB粘结剂基体间的界面粘结效能。
The results show that primary action of bonding agent improving RDX/HTPB propellant mechanical property was bonding agent improving interface adhesive effect of RDX grain to HTPB binder.
当开槽尺寸较大时，粘结剂薄弱层主应力的最大值出现在FRP—粘结剂界面处。
While the slotting dimension is bigger, agglomerant weak tier of hosts strain maximum value appears in FRP agglomerant interface place.
当开槽尺寸较大时，粘结剂薄弱层主应力的最大值出现在FRP—粘结剂界面处。
While the slotting dimension is bigger, agglomerant weak tier of hosts strain maximum value appears in FRP agglomerant interface place.
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