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Keyword [rubber nanocomposites]
Result: 21 - 40 | Page: 2 of 4
21. A Study On The Preparation Of Nanoscale Lignin And Its Reinforcing Effect On Nonpolar Rubber
22. The New Method Of Preparation For Rubber/clay Nanocomposites And The Study Of Structure And Properties
23. Study On Structure And Properties Of The New Method Preparation Rubber/Clay Nanocomposites
24. The Preparation Method Of Rubber/clay Nanocomposites And The Study Of Structure And Performance
25. Study Of The UFPCSBR/SiO2 Nanocompound On The Fabrication Of Rubber Nanocomposites
26. The Study On The Silicone Rubber And Liquid Silicone Rubber Filled With Surface Modification Nanosilica
27. The Study On Structure And Properties Of Crystalline Rubber/Organic Clay Nanocomposites
28. Preparation Of Nanocrystalline Cellulose From Waste Cotton Materials And Its Reinforcement Research In Nature Rubber
29. Numerical Simulation Study Of Fatigue Failure And Hysteretic Heat Build-up Based On Thermo-mechanical Coupling Approach For Natural Rubber Nanocomposites
30. Kaolin/Rubber Nanocomposites Prepared By Co-coagulating Of Rubber Latex And Kaolin Suspensions
31. Preparation And Characterization Of In Situ Wet Graphene/polyisoprene Rubber Nanocomposites
32. Research Of Fatigue Properties Of Graphene Oxide/Rubber Nanocomposites
33. The Preparation And Characterization Of Graphene And Fullerene/Rubber Nanocomposites
34. Dispersion And Effects Of UFPCSBR/SiO2 Nanocompound Powder On The Modification Of Rubber Composites
35. Research On The Crack Growth Of Nanoparticles Reinforced Natural Rubber And Its Blends
36. The Investigation Of The Interface And Interaction Between Different Rubber Molecules And Nanoparticles
37. Strain-induced Crystallization Behavior Of Crystalline Rubber/Montmorillonite Nanocomposites
38. Preparation And Properties Of Graphene Oxide/Bromobutyl Rubber Composites
39. Design And Preparation Of High Strength And Fatigue Resistant Graphene/rubber Nanocomposites
40. Study On Structural Properties Of Reinforced Rubber Prepared By Continuous Mixing Via Volume Elongational Deformation
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