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The nature of the radiation damage and its dependence on Cu concentration have been studied in a series of Fe- Cu alloys and Cu containing pressure vessel steels, irradiated to 7 x 1019 n/cm2 (E > 0.1 MeV) at 290 C, using a combination of TEM, SANS, and compression testing. The magnitude of the irradiation hardening in the Fe-Cu- alloys is found to increase with the concentration of Cu in solution prior to irradiation, and is shown to be due to the formation of (i) Cu precipitates, and (ii) a finer dislocation loop distribution than in Cu-free Fe. Preliminary SANS measurements on a series of pressure vessel steels show that the defect microstructures formed during irradiation are more complex than in Fe-Cu alloys.
Halogen-containing compounds are currently the most common flame retardants, which have high flame retardancy and good mechanical properties [6,7,8]. Nevertheless, once halogen-containing flame-retardant polymer composites are burned, large amounts of corrosive and toxic gases are released, which easily result in environmental pollution, causing secondary damage. Halogen-free flame retardants have become a key technology in the fire retardant field because of their halogen-free, low toxicity, and good flame retardancy, such as layered double hydroxide (LDH), graphene oxide (GO), metal phosphate, and transition-metal-based compounds [9,10,11,12].
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