Studies on adhesion of allylic resin. III. Rheological treatment for the adhesion of diallyl phthalate resin

摘要

AbstractRheological treatment was carried out for the joining system of diallyl phthalate resin and dichromate‐treated copper foil. Rotational and diffusional segmental motions in the diallyl phthalate molecule are required to obtain the necessary bonding strength, and this consideration was confirmed by Kanamaru's setting rate theory. Furthermore, the bonding strength was dependent on the setting temperature and time, and these results were investigated by the dynamic properties of diallyl phthalate resi