(EN) The present invention relates to novel materials which can be crosslinked by means of two different crosslinking mechanisms, where the first crosslinking mechanism is an irreversible crosslinking. The second crosslinking mechanism is a thermoreversible mechanism. As a result of this thermoreversible change in the arc length, properties of the crosslinked material can be decisively changed and controlled, including flexibility, elasticity and other mechanical properties, but also chemical properties, the gas permeability and vapour permeability and storage capacity of the network. In this way it would be possible, for example, to store energy sources such as fuels.
(ZH)
本发明涉及可以利用两种不同交联机理交联的新型材料,其中所述第一交联机理是不可逆交联。所述第二交联机理是热致可逆机理。由于网弧长度方面的这种热致可逆改变,可以决定性地改变和控制交联材料的性能,这尤其包括挠性、弹性及其它机械性能,而且还有化学性能、透气性和蒸气透过性和网络的储存能力。以此方式,例如可以储存能源例如燃料。