All Stories

  1. A model for the evolution of the self-organizing physical systems
  2. Information-theoretic model of self-organizing fullerenes and the emergence of C60
  3. An information theoretic model for the linear and nonlinear dissipative structures in irradiated single-walled carbon nanotubes
  4. Space-filling, multifractal, localized thermal spikes in Si, Ge and ZnO
  5. Thermal spike-induced cluster sublimation from carbon nanotubes
  6. Formation of carbon nano- and micro-structures on C+1irradiated copper surfaces
  7. The role of the C2 gas in the emergence of C60 from the condensing carbon vapour
  8. Dynamics of fragmentation and multiple vacancy generation in irradiated single-walled carbon nanotubes
  9. Mass spectrometric identification of C60's fragmentation regimes under energetic Cs+ bombardment
  10. Cs+ sputtered clusters from multi-walled carbon nanotubes, graphite and the structural transformations
  11. Amorphous carbon films in direct current magnetron sputtering from regenerative sooting discharge
  12. A study of fullerite ablation with energetic pulsed electrons
  13. Toroidal structures from C60 agglomeration
  14. Sputtering of graphite in pulsed and continuous arc and spark discharges
  15. C3 as the dominant carbon cluster in high pressure discharges in graphite hollow cathodes
  16. Modelling of C2addition route to the formation of C60
  17. The degenerate Fermi gas of π electrons in fullerenes and the σ surface instabilities
  18. Effect of surface temperature on the concentration of C60/C70 molecules in dc arc discharge fullerene generator
  19. Criteria for the growth of fullerenes and single-walled carbon nanotubes in sooting environments
  20. Formation of CN in N2+ He discharges in graphite hollow cathodes
  21. A study of population inversion of He I and Ne I in regenerative sooting discharges
  22. Regenerative soot as a source of broad band VUV light
  23. Low energy heavy ion detection with the plastic scintillator NE102E
  24. The excited states of the neutral and ionized carbon in the regenerative sooting discharges
  25. Spectroscopy of the regenerative soot
  26. Continuum elastic model of fullerenes and the sphericity of the carbon onion shells
  27. The state of the carbon vapour in the regenerative sooting discharge
  28. Transition from theC3-dominated discharge to the sooting plasma
  29. Role of the kinetic and potential sputtering in the regeneration of the soot
  30. Sputtering and formation of C1 and C2 in the regenerative sooting discharge
  31. Energy spectra of charged clusters recoiling from Xe+irradiated graphite surface
  32. A compact, permanent-magnet-based E×B velocity filter for carbon cluster diagnostics
  33. Photoemission spectroscopy and velocity analysis of sputtered carbon atoms, ions, and clusters Cm0,± (m⩽4)
  34. Carbon cluster formation in regenerative sooting plasmas
  35. A cusp field, hollow cathode, carbon cluster ion source
  36. Evolution of clusters in energetic heavy ion bombarded amorphous graphite
  37. Multiply charged direct recoil spectra from Ar+ and Kr+ bombarded graphite
  38. A magnetically confined hollow cathode duoplasmatron for the PINSTECH ion implanter
  39. Dislocation motion in ice: A study by synchrotron X-ray topography
  40. Observation of a dislocation source in ice by synchrotron radiation topography
  41. The sputtering of gold single crystals by Ar+ions
  42. A radio-frequency ion source of high brightness capable of pulsed operation
  43. Some effects of ion mass on the energy spectrum of sputtered gold atoms
  44. The effect of ion mass and target temperature on the energy distribution of sputtered atoms