Skip to Content

Search Publications

You can search on any of the criteria listed below. If you use more than one criterion then every item you retrieve will satisfy all criteria you have used.

Click the SEARCH button to activate your search.


  • Brown, S.A.; Alkaisi, M.M.; Bittar, A.*; Blaikie, R.J.; Durbin, S.M.; Hall, B.D.*; Hendy, S.C. 2001. Physics and fabrication of nanostructured materials and devices. Handbook / 10th NZ Institute of Physics National Conference, 2001. 10 p.. VUW. Wellington.
  • Clare, J.F.*. 1984. Random strain in crystals induced by defects distributed with the symmetry of the crystal lattice. 8. Annual condensed matter physics meeting ; Pakatoa Island, Auckland ; 8 - 10 Feb 1984. p.PT5.
  • Clare, J.F.*; Devine, S.D. 1984. The determination of intrinsic strain in a crystal from EPR linewidths and the spin-strain coupling tensor. Journal of physics. C, Solid state physics. Vol.17: 2801-2812.
  • Edgar, A.; Tilley, R.; Bittar, A.*; Williams, G.V.M.; Hamlin, J.D.*. 2005. Optical scattering in glass ceramics. AMN -2 International Conference on Advanced Materials and Nanotechnology (2nd : 2005 : Queenstown). poster PG7.3.
  • Edgar, A.; Williams, G.V.M.; Hamlin, J.D.*. 2006. Optical scattering in glass ceramics. Current applied physics. Vol.6 no.3 , p.355-358.
  • Hall, B.D.*. 2000. The role of the surface in determining the physical properties of nanoparticles. Bilateral Research Activities Programme.
  • Hall, B.D.*. 1999. Debye function analysis of structure in diffraction from nanometre-sized particles. Journal of applied physics. Vol.87(4) p.1666-1675.
  • Hall, B.D.*. 1999. Characterisation of gold nanoparticles by synchrotron radiation. Industrial Research Limited.
  • Hall, B.D.*; Flueli, M.; Monot, R.; Borel, J.-P. 1991. Multiply twinned structures in unsupported ultrafine silver particles observed by electron diffraction. Physical review. B, Condensed matter and materials physics. Vol.43 no.5 (Feb. 15), p.3906-3917.
  • Hall, B.D.*; Flueli, M.; Reinhard, D.; Borel, J.-P.; Monot, R. 1991. An Electron diffraction apparatus for studies on small particles in a molecular beam. Review of scientific instruments. Vol.62 no.6 (Jun.), p.1481-1488.
  • Hall, B.D.*; Hyslop, M.; Wurl, A.; Brown, S.A. 2004. Electron diffraction on atomic cluster beams. Gas-phase nano particle synthesis. Granqvist, C.; Kish, L.; Marlow, W. (eds). Book chapter. p 157-185. Kluwer.
  • Hall, B.D.*; Reinhard, D.; Monot, R. 1995. Optimum event rate for a CCD detector. Review of scientific instruments. Vol.66, pp.2268-2671.
  • Hall, B.D.*; Reinhard, D.; Monot, R. 1991. The Choice of optimum exposure time for a simple electron counting system. Review of scientific instruments. Vol.62 no.10 (Oct.), p.2486-2488.
  • Hall, B.D.*; Stoto, T. 1998. Introduction to crystallography : two - dimensional computer simulations. Journal of applied crystallography. Vol.31(3): 31(3): p.477-480.
  • Hall, B.D.*; Zanchet, D.; Ugarte, D. 2000. Estimating nanoparticle size from diffraction measurements. Journal of applied crystallography. Vol.33, p.1335-1341.
  • Hendy, S.C.; Hall, B.D.*. 2001. Molecular dynamics simulations of lead clusters. Annual Condensed Matter and Materials Meeting (25th : 2001 : Marlborough Sounds). 1 p.
  • Hyslop, M.; Wurl, A.; Brown, S.A.; Hall, B.D.*; Monot, R. 2000. Unsupported lead clusters and electron diffraction. European physical journal. D, Atomic, molecular and optical physics. Vol.16, p.233-236.
  • Koo, A; Budde, F.; Ruck, B.J.*; Trodahl, H.J.; Bittar, A.*. 2005. Optoelectronics of highly disordered gallium nitride. AMN-2 International Conference on Advanced Materials and Nanotechnology, 6-11 February, 2005, Queenstown. paper Th A2.3.
  • Reinhard, D.; Berthoud, P.; Hall, B.D.*; Valkealahti, S.; Monot, R. 1998. A Study of unsupported nanometer-sized copper clusters using electron diffraction and molecular dynamics. Physical review. B, Condensed matter and materials physics. Vol.58(8), p.4917-4926.
  • Reinhard, D.; Hall, B.D.*; Berthoud, P.; Valkealahti, S.; Monot, R. 1997. Size dependent icosahedral-to-fcc structure change confirmed in unsupported nanometer-sized copper clusters. Physical review letters. Vol.79,pp.1459-1463.