Nanostructured composite reinforced material
View Patent ↗A family of materials wherein nanostructures and/or nanotubes are incorporated into a multi-component material arrangement, such as a metallic or ceramic alloy or composite/aggregate, producing a new material or metallic/ceramic alloy. The new material has significantly increased strength, up to several thousands of times normal and perhaps substantially more, as well as significantly decreased weight. The new materials may be manufactured into a component where the nanostructure or nanostructure reinforcement is incorporated into the bulk and/or matrix material, or as a coating where the nanostructure or nanostructure reinforcement is incorporated into the coating or surface of a “normal” substrate material. The nanostructures are incorporated into the material structure either randomly or aligned, within grains, or along or across grain boundaries.
1. A sintered reinforced material comprising:
a) an inorganic base material;
b) a plurality of carbon nanostructures incorporated into said base material and
c) carbon diffused into said inorganic base material from surface amorphous carbon particles on said nanostructures, wherein said inorganic base material with said diffused carbon and said nanostructures form the sintered reinforced material.
2. A sintered reinforced material comprising:
a) a metallic alloy base material;
b) a plurality of carbon nanostructures incorporated into said metallic alloy base material and
c) carbon diffused into said metallic alloy base material from surface amorphous carbon particles on said nanostructures, wherein said metallic alloy base material with said diffused carbon and said nanostructures form the sintered reinforced material.
3. The reinforced material of claim 2 , wherein said metallic alloy base material is iron-based.
4. The sintered reinforced material of claim 1 , wherein said reinforced material has grains and said nanostructures are aligned along the grains.
5. The sintered reinforced material of claim 2 , wherein said reinforced material has grains and said nanostructures are aligned along the grains.
6. The sintered reinforced material of claim 3 , wherein said reinforced material has grains and said nanostructures are aligned along the grains.
7. A sintered reinforced material, comprising:
a) a non-polymeric base material;
b) a plurality of carbon nanostructures incorporated into said base material; and
c) carbon diffused into said non-polymeric base material from surface amorphous carbon particles on said nanostructures, wherein said non-polymeric base material with said diffused carbon and said nanostructures form the sintered reinforced material.
8. The sintered reinforced material of claim 7 , wherein said reinforced material has grains and said nanostructures are aligned along the grains.
9. The sintered reinforced material of claim 1 wherein:
said inorganic base material and said nanostructures comprise a liquid-phase-sintered reinforced material; and wherein
said inorganic base material with said diffused carbon and said nanostructures form the sintered reinforced material.
10. The sintered reinforced material of claim 2 wherein:
said metallic alloy base material and said nanostructures comprise a liquid-phase-sintered reinforced material; and wherein
said metallic alloy base material with said diffused carbon and said nanostructures form the sintered reinforced material.
11. The sintered reinforced material of claim 7 wherein:
said non-polymeric base material and said nanostructures comprise a liquid-phase-sintered reinforced material; and wherein
said non-polymeric base material with said diffused carbon and said nanostructures form the sintered reinforced material.
12. The sintered reinforced material of claim 1 , wherein said reinforced material has grains and said nanostructures are aligned across the grains.
13. The sintered reinforced material of claim 2 , wherein said reinforced material has grains and said nanostructures are aligned across the grains.
14. The sintered reinforced material of claim 7 , wherein said reinforced material has grains and said nanostructures are aligned across the grains.
15. The sintered reinforced material of claim 3 , wherein said reinforced material has grains and said nanostructures are aligned across the grains.
16. A sintered reinforced material comprising:
a) an inorganic base material; and
b) a plurality of nanostructures incorporated into said base material, said nanostructures consisting of boron wherein said inorganic base material and said nanostructures form the sintered reinforced material and wherein said reinforced material has grains and said nanostructures are aligned along the grains.
17. A sintered reinforced material comprising:
a) an inorganic base material; and
b) a plurality of nanostructures incorporated into said base material, said nanostructures consisting of boron wherein said inorganic base material and said nanostructures form the sintered reinforced material and wherein said reinforced material has grains and said nanostructures are aligned across the grains.
18. A sintered reinforced material comprising:
a) a metallic alloy base material; and
b) a plurality of nanostructures incorporated into said base material, said nanostructures consisting of boron wherein said base material and said nanostructures form the sintered reinforced material and wherein said reinforced material has grains and said nanostructures are aligned along the grains.
19. A sintered reinforced material comprising:
a) a metallic alloy base material; and
b) a plurality of nanostructures incorporated into said base material, said nanostructures consisting of boron wherein said base material and said nanostructures form the sintered reinforced material and wherein said reinforced material has grains and said nanostructures are aligned across the grains.