Prepared high quality carbon nanotubes nanocomposite coatings for corrosion protection and weather resitance for carbon steels. Prepared hydrogen storage materials based on carbon nanotubes and LaNi5 containing capacity of 2% by weight.

- Theoretical results: Studied CNT oxidation process, modified CNT with magnetic iron oxide inhibitors by adsorption method.
+ The treated CNTs have purity above 99%, the specific surface area of 137m²/g and the hydrogen storage capacity up to 258mAh/g
+ The treated CNTs increase the hydrogen storage capacity of electrodes, the material consist of 90 % LaNi₅ and 10% CNTs has the highest storage capacity, discharge capacity approximately 270mAh/g, equivalent to 1% by weight.
Apply results: Choosing the optimal ratio of 1% CNT in epoxy resin coating, studies physical properties, weather resitant and corrosion protection of coating containing oxidized CNT, CNT/Fe3O4, CNT modified silane and absorbing organic corrosion inhibitiors are very much higher than the coasting containing CNT unmodified. (Impact resitance: 200kg.cm, adhesion: 2.5 N/nm², bending strength:1mm, take time reached 1000 hours salt fog)

- The project studied the oxidation surface CNT, modified CNT by the inorganic, organic compounds and physical adsorption of organic corrosion inhibitors.
- The project has been the research and manufacture of nanocomposite coatings anti corrosion protection and weather resistant based on CNTs modification
- The project has found out the optimal mixing ration for the LaNi5, alloy and CNTs to enhance the hydrogen storage capacity of the mixed material.