We can easily infer that the better the dispersion of nanomaterials and the more bonds between particles, the more dense a protective film can be formed, and the better the antigenic oxygen performance.
It is easy to infer that the better the dispersion of nanomaterials, the more bonded the particles are, the more dense the protective film can be formed, and the better the anti-atomic oxygen properties.
We can easily infer that the better the dispersion of nano materials, the more bonding between particles, the more dense protective film can be formed, and the better the atomic oxygen resistance.