41. Stable Silicon Compounds Of Unusual Valence Related To The Personal Author(s) MacDiarmid,Alan G. Report Date 30 NOV 1973. Pagination or Media Count 52. Abstract The report investigates a new type of stable silicon compounds involving 2 http://stinet.dtic.mil/oai/oai?verb=getRecord&metadataPrefix=html&identi

42. Alan MacDiarmid Alan Graham MacDiarmid title= Alan Graham MacDiarmid; Alan G. MacDiarmid title= Alan G. MacDiarmid; Alan MacDiarmid title= Alan MacDiarmid; Alan G. MacDiarmid title= Alan G http://pandapedia.com/wiki/Alan_MacDiarmid

43. MacDonagh, Donagh - Hutchinson Encyclopedia Article About MacDiarmid, Alan G. MacDiarmid, Alan G. MacDiarmid, Alan Graham MacDiarmid, Hugh MacDiarmid, Hugh MacDiarmid, Hugh MACDIF MacDill Air Force Base macdink http://encyclopedia.farlex.com/MacDonagh, Donagh

44. Dr Joselito Razal - Intelligent Polymer Research Institute - Research @ UOW Ebron, Von Howard; Yang, Zhiwei; Seyer, Daniel J.; Kozlov, Mikhail E.; Oh, Jiyoung; Xie, Hui; Razal, Joselito; Hall, Lee J.; Ferraris, John P.; MacDiarmid, Alan G.; Baughman, Ray H http://www.uow.edu.au/science/research/ipri/people/UOW009747.html

Site Map Campus Map A-Z Index Staff Intranet ... Senior Researchers > Dr Joselito Razal About IPRI About the Intelligent Polymer Research Institute (IPRI) IPRI Publications Contact Us Our People Senior Researchers Research Fellows Current Students Graduates Our Research Equipment Collaborations Get Involved Future Students Potential research projects Collaborations with us Commercial opportunities Organise a tour Learn more about us ACES About the University Getting to UOW Research ... Library Dr Joselito Razal Qualifications: PhD Chemistry University of Texas at Dallas. Research interests: In IPRI, I am engaged on research activities that involve interfacing carbon nanotubes with biological materials and transforming these into assemblies having properties that are fundamentally interesting and useful for biomedical applications. We are developing a gel-based spinning process to produce electrically conducting bio-inspired carbon nanotube fibres with various compositions and structures as novel alternatives to traditional biomaterials. Figure 1. Highly Conducting Carbon Nanotube Bio-Fibres

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