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  1. Multifunctional nanocomposite assessment using carbon nanotube fiber sensors
  2. Making carbon nanotube films stronger with better optical and electrical properties
  3. 3D carbon structures with different size scales enhancing thermal properties in aluminium
  4. C/SiC–Nb brazed joints through ultrafast high-temperature metalization
  5. Graphene with different qualities can react with titanium differently
  6. An easy chemical method to produce special structures for sodium battery anodes
  7. Exploring ceramic composite materials for electro-and photocatalytic applications
  8. CNT thin films allow monitoring without causing damage
  9. The work highlights how different classes of materials can help to make high performance joints.
  10. Finding carbon nanotube bundle properties from temperature and electrical conductivity
  11. Measuring multiple nanocomposite properties using a single sensor
  12. Joining dissimilar materials using heating
  13. The work shows an improved method for manufacturing carbon nanotube fibers.
  14. Making dissimilar material joints stronger with interlayers
  15. A process formed layer which helps strengthen joints during brazing
  16. Joining carbon nanotubes to enhance their properties
  17. Using metal alloy interlayers for joining composites and metals
  18. Understanding the how ultrasonic welding can help reduce radiation damage in CLAM steel welds
  19. What affects the quality of laser welded aluminium matrix composites?
  20. Joining metals made easier with ultrasonication
  21. Making carbon nanotube composites made easier and safer.
  22. How carbon nanotube fibers interact with carbon nanotubes in a polymer.
  23. Carbon fibers can help with material welding and joining
  24. The different ways carbon nanotubes can be used with fiber reinforcements
  25. Bio‐compatible polyvinyl alcohol hydrogels
  26. How oxidation and ignition of magnesium alloys are related during cooling.
  27. Stretchable and flexible electronic materials made from the antisolvent precipitation technique
  28. Using a special coated metallic foam to increase the strength of carbon/carbon composites
  29. Using graphene to make material joints stronger.
  30. Making plastics more electrically and thermally conductive
  31. Enhancing the performance of tradition electrodes with special morphologies.
  32. Smart plastics made from carbon nanotubes.