McGeough, Conor (2022) On-surface synthesis of porphyrin functionalised graphene nanoribbons. PhD thesis, Dublin City University.
Carpy, Tom (2015) A scanning tunnelling microscopy and spectroscopic study of bromine functionalised molecules on metal surfaces. PhD thesis, Dublin City University.
Doyle, Catherine (2013) An investigation of the structural and electronic properties of covalently bonded molecular networks on metal surfaces formed through debromination reactions. PhD thesis, Dublin City University.
Beggan, John-Patrick (2013) Surface-confined metalloporphyrin complexes. PhD thesis, Dublin City University.
Alley, Nigel John (2012) New architectures and designs for organic photovoltaics. PhD thesis, Dublin City University.
Lee, Hooi Ling (2012) Strategies for the formation of covalently bonded nano- networks on metal surfaces through amine reactions. PhD thesis, Dublin City University.
Hanson, Claire J. (2008) Structural studies of Copper Tetra-Tert-Butyl Phthalocyanine Langmuir-Blodgett and vacuum deposited films. PhD thesis, Dublin City University.
Sheerin, Grainne (2006) Ordering of organic molecules on templated surfaces. PhD thesis, Dublin City University.
Carty, Darren (2004) RAS and STM investigations of pentacene molecules on metal and semiconductor surfaces. PhD thesis, Dublin City University.
McLoughlin, Eilish ORCID: 0000-0001-7991-7134 (2000) Structural investigations of metal and semiconductor interfaces. PhD thesis, Dublin City University.
McGinley, Colm (1998) The interactions of antimony and bismuth with gallium arsenide {111} surfaces. PhD thesis, Dublin City University.
Sweeney, Rory (2009) STM, LEED and photoemission studies of the Sn/Cu(100) surface alloys. Master of Science thesis, Dublin City University.
Quinn, Paul (2001) An evolutionary strategy for complex structure determination by low energy electron diffraction. Master of Science thesis, Dublin City University.
Dunne, Cathal (2001) Molecular dynamics study of lead on copper (100). Master of Science thesis, Dublin City University.