The decomposition of the induced absorption of zinc oxide powders and temperature-control coatings (TCC) for spaceflight equipment based on ZnO with organic and inorganic binders after the action of 30 keV electrons is reported for the first time. The regularities in the intensity growth of individual components as a function of the accelerated electron flux was studied. It has been established that for various color centers (CC) and different TCC power and exponential laws with one or two components are characteristic. The free electron accumulation kinetics is characterized by the presence of maximum values which differ for different TCC and agree with previously established flux values at which there is a transition from the formation of CC at preradiation defects to radiolysis of the ilmenite lattice.
