All Stories

  1. Mechanical Characterization of Torsional Micropaddles Using Atomic Force Microscopy
  2. Microparticle surface layering through dry coating: impact of moisture content and process parameters on the properties of orally disintegrating tablets
  3. Adhesion between silica surfaces due to hydrogen bonding
  4. Friction and wear of human hair fibres
  5. Highly porous microparticles for drug delivery
  6. Nasal delivery of a treatment for Parkinson's disease
  7. AFM measurements of biofilm adhesion
  8. What happens when thin metal films adhere to surfaces?
  9. Understanding the fracture of pharmaceutical powder particles
  10. Testing the durability of flexible electronics
  11. Self-assembly of nanoparticles onto patterned polymer surfaces
  12. Etching silicon by just 1-2 nm over large areas
  13. Understanding the early stages of wear for spinal disc replacements
  14. Ceramic coatings on metal implants
  15. Patterned nanofilms used as lenses
  16. Effect of cell encapsulation on hydrogel properties
  17. Fabricating and testing of hydrogels used in tissue engineering applications
  18. Reducing gallium implantation during silicon etching
  19. Predicting powder properties based on particle properties
  20. Measuring how effectively novel fragrance release technologies adhere to fabrics
  21. Improved testing of orthopedic implants
  22. Mineralisation in biphasic tissue engineering scaffolds
  23. Bespoke hydrogels for tissue engineering
  24. Predicting ethanol adsorption using activated carbon
  25. Understanding the degradation of tissue engineering materials under physiological conditions
  26. Surface chemistry of implantable ceramics improves biocompatibility
  27. Removing fouling deposits from industrially relevant materials
  28. Patterned self assembly of nanoparticles
  29. Contact mechanics of viscoelastic thin films
  30. Adhesion of microparticles to fabrics
  31. Increased biocompatibility of implantable poly(ethylene)
  32. Physical properties of thin films of liquid polymers
  33. Conductive inks for fuel cells
  34. Structure and properties of self-assembled monolayers
  35. Contact mechanics of viscoelastic materials
  36. Mechanisms of polymer film degradation
  37. Comparing AFM to stereoscopic SEM
  38. Mechanics and instability of AFM cantilevers
  39. Growth and properties of ITO films
  40. Lithography using liquid silicone polymer films
  41. 3D printed pneumatic forceps
  42. Adhesion of alumina particles in liquids
  43. Controlling the porosity of agarose beads
  44. Adhesive properties of E-coli biofilms
  45. Bending of piezoelectric cantilevers
  46. Adhesive properties of thin films of liquid polymers
  47. Design, fabrication, and testing of a MEMS rheometer
  48. 3D printing of magnetic flow sensors
  49. Novel cantilevers for AFM applications
  50. Catalysis using E-coli biofilms
  51. Testing fluoropolymer films using in MEMS
  52. Calcium phosphate ceramics for regenerative medicine
  53. Design of a MEMS rheometer
  54. Interparticle adhesion force from particle properties
  55. Growth of YBCO columns on patterned substrates
  56. Adhesion of fouling deposits to surfaces
  57. Fast, simple method for AFM cantilever calbration
  58. Improving cell growth on implantable poly(ethylene)
  59. Electrical properties of YBCO multilayers
  60. Optical and electrical properties of ITO
  61. Biofouling prevention using self-assembled monolayers
  62. AFM adhesion testing of protonatable self-assembled monolayers
  63. Measuring liquid viscosity in microchannels
  64. Nanoparticle self-assembly on self-assembled monolayers
  65. Surface topography of nanofabricated silicon
  66. Patterned self-assembly of nanoparticles onto self-assembled monolayers
  67. Biofouling prevention using self-assembled monolayers