Annual Report 2007 - The Australian Nanotechnology Network
Annual Report 2007 - The Australian Nanotechnology Network
Annual Report 2007 - The Australian Nanotechnology Network
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nanotube field modeling work requires further data analysis but shows unexpected and<br />
important results for nanotube array applications and it is expected that the author and Dr<br />
Andrew Jardine of the Cavendish Laboratory will collaborate on a paper on the subject.<br />
<strong>The</strong> 4-axis manipulators used for the skimmer and mirror of the SHeM are unique and it is<br />
again intended that Dr Robert Bacon and the author will collaborate on a scientific<br />
instruments paper. In addition, it is likely that the focussing of helium atoms using the<br />
SHeM system will lead to publications involving the author.<br />
In addition to scientific publications, it is intended that some of the author’s work will<br />
be presented at various conferences, the first being the AINSE Nuclear and<br />
Complementary Analysis Congress in November <strong>2007</strong>. <strong>The</strong> work will also be used to<br />
form at least one chapter of the author’s PhD thesis.<br />
4 Acknowledgments<br />
<strong>The</strong> author would like to acknowledge the guidance of Dr William Allison and Dr<br />
Andrew Jardine of the Cavendish Laboratory, Cambridge, and Dr Donald MacLaren of<br />
Glasgow University. Additional funding from the School of Mathematical and Physical<br />
Sciences, University of Newcastle, is also gratefully acknowledged.<br />
References<br />
[1] Bodil Holst and William Allison. An atom-focussing mirror. Nature, 390:244, Jan 1997.<br />
[2] Donald A. MacLaren, Bodil Holst, David J. Riley, and William Allison. Focusing elements and design<br />
considerations for a scanning helium microscope (shem). Surface Review and Letters,<br />
10(2/3):249–255, Jun 2003.<br />
[3] J W McWane and D E Oates. Field ionizers as molecular beam detectors. <strong>The</strong> Review of Scientific<br />
Instruments, 45:1145–1148, 1974.<br />
[4] R O Woods and J B Fenn. Field ionization gauge for molecular beam detection. <strong>The</strong> Review of<br />
Scientific Instruments, 37:917–918, 1966.<br />
[5] W D Johnston and J G King. Field ionization detectors for molecular beams. <strong>The</strong> Review of<br />
Scientific Instruments, 37:475–476, 1966.<br />
[6] R. B. Doak. <strong>The</strong> assessment of field ionization detectors for molecular beam use. Journal of<br />
Physics: Condensed Matter, 16:S2863–S2878, Jul 2004.<br />
[7] R. B. Doak, Y. Ekinci, Bodil Holst, J. Peter Toennies, T. Al-Kassab, and<br />
A. Heinrich. Field ionization detection of supersonic molecular beams. Review of Scientific<br />
Instruments, 75(2):405–414, Jan 2004.<br />
[8] David J. Riley, Mark Mann, Donald A. MacLaren, Paul C. Dastoor, and William Allison. Helium<br />
detection via field ionization from carbon nanotubes. Nano Letters, 3(10):1455–1458, Jan 2003.<br />
[9] T Tsong. Atom-Probe Field Ion Microscopy. Cambridge University Press, Cambridge, 1990.<br />
[10] M K Miller. Atom Probe Field Ion Microscopy. Clarendon Press, Oxford, 1996.<br />
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