CSCST-UK & SCICS The 11th Joint Conference Interfacing Chemical Science and Engineering Program and Abstracts Organized by: Chinese Society of Chemical Science and Technology-UK Society of Chemical Industry Chinese-UK section University of Leeds 25th September 2004 -1- TABLE OF CONTENTS The 11th Conference Organizing Committee The 9th CSCST-UK Committee Sponsors & Acknowledgements Program The Titles of Abstracts The Abstracts of Plenary Lectures and Oral Presentations 11 The Abstracts of Posters 30 The List of Participants 61 -1- The Chinese Society of Chemical Science and Technology, UK & Society of Chemical Industry Chinese-UK section The Eleventh Joint Conference Organizing Committee Co-Chairs: Dr Dongsheng Wen Dr Jun Wang Dr Hu Zhang General Secretary: Mr Tao Chen Organizing Committee: Dr Yongqi Chen (University of Leeds) Dr Ruozhou Hou (University of Leeds) Mr Xiaogan Li (University of Leeds) Dr Caiyun Ma (University of Leeds) Dr Muzhong Shen (University of Newcastle) Mr Jingjing Wang (University of Leeds) Dr Jingshen Xiang (University of Leeds) Dr Cigang Xu (University of Glasgow) Mr ChaneYuan Yang (University of Leeds) Ms Cathy Hua Ye (University of Oxford) -2- The 9th CSCST-UK Executive Committee of The Chinese Society of Chemical Science and Technology, UK Chairman: Dr Jun Wang, Procter & Gamble , wang_jun100@yahoo.co.uk Dr Hu Zhang, University College London, hu.zhang@ucl.ac.uk Deputy Chairman: Dr Dongsheng Wen, University of Leeds, d.wen@leeds.ac.uk Dr Cigang Xu, Imperial College London, c.xu@imperial.ac.uk Ms Hua Ye, Oxford University, hua.ye@eng.ox.ac.uk Dr Liming Ying, University of Cambridge, ly206@cam.ac.uk General Secretary: Ms Jian Li, Unviversity of Surrey, Jian.li@surrey.ac.uk Mr Mu Zhong Shen, University of Newcastle upon, mu-zhong.shen@ncl.ac.uk Treasurer: Mr Xiuyan Sun, University College London, x.sun@ucl.ac.uk Webmaster: Mr Jianhua Wang, University of Oxford, jhwang2000@hotmail.com Mr Bin Hu, University College London, b.hu@ucl.ac.uk Newsletter: Ms Jian Li, Unviversity of Surrey, Jian.li@surrey.ac.uk Academic Affairs: Dr Xin Zhao, Oxford University, xin.zhao@bioch.ox.ac.uk Dr Haitao Li, University of Cambridge, lh286@cam.ac.uk -3- Dr Ding Ma, Bristol University, Ding.Ma@bristol.ac.uk Mr Tao Chen, University of Leeds, mentc@leeds.ac.uk Dr Shengfu Zhang, Imperial College London, s.zhang@imperial.ac.uk Liaison with China: Dr Wuzong Zhou, University of St Andrews; wzhou@st-and.ac.uk Liaison with Industry and Technology Transfer: Dr Xiangcheng Zhang, Abbott Laboratories; xiang.zhang@ntlworld.com Dr Nan Zhang, Procter & Gamble, zhang.n@pg.com Membership and Newsletter: Dr George Zheng Chen, Cambridge University; gzc20@hermes.cam.ac.uk Dr Tiancun Xiao, Oxford University, Xiao.tiancun@chem.ox.ac.uk The advisory board: Professor Zhanfeng Cui, Oxford University Professor Jian Ren Lu, UMIST Professor Zhenxiao Guo, Queen Mary, University of London Dr Wuzong Zhou, St Andrews University Dr Li Jiang, Schlumberger Cambridge Research Dr Yulong Ding, University of Leeds Dr Junliang Zhou, Sussex University Dr Yaozhong Xu, Open University Dr Huiru Tang, Imperial College London Dr George Zheng Chen, Cambridge University Dr Xiaohai Liu, University of Cambridge Dr Tiancun Xiao, University of Oxford Dr Yuhong Zhou, University College London Dr Nan Zhang, Procter & Gamble Dr Xiangcheng Zhang, Abbott Laboratory -4- SPONSORS AND ACKNOWLEDGEMENTS The Education Section Chinese Embassy London Society of Chemical Industry (SCI) University of Leeds Newcastle Technical Center, Procter and Gamble -5- The 11th Joint Conference of CSCST-UK & SCI-CS PROGRAM 8:45-9:30am Registration and Poster preparation OPENING SESSION: Chair: Dr Dongsheng Wen 9:30-9:40 Welcome and opening remarks Guest speech from Embassy of PRC and SCI KEYNOTE SPEECH SESSION Chair: Dr Yulong Ding (University of Leeds) 9:40-10:20 Dr David York (P&G) There is more energy at the interface - Importance of Chemical Engineers to bringing inventions to the consumer and the vital role of good science Chair: Professor JianRen Lu (UMIST) 10:20-11:00 Professor John Fisher (PVC of University of Leeds) From biomaterials to tissue engineering, Recent advances in joint replacement 11:00-11:30 Coffee break and poster PRESENTATION SESSION Chairs: Dr Wuzhong Zhou (University of St Andrew’s) and Dr Tiancun Xiao (University of Oxford) 11:30-11:45 Dr Liming Ying (University of Cambridge) An Electric Field Driven Reversible Two-Colour Molecular Switch 11:45-12:00 Dr Shaojun Xiao (University of Huddersfield) Surface characterization with Surfstand 12:00-12:15 Dr Weibin Li (University of Oxford) Catalytic Combustion of Toluene on MCM-41 Supported Cu-Mn Catalysts at Low Temperatures 12:15-12:30 Dr Muzhong Shen (University of Newcastle) Preparation and characterisation of Pt deposition on ion conducting membrane -6- 12:30-12:45 YEE Sook Wah (University of Cardiff) P450 enzyme inhibitors as indirect differentiating agents for the treatment of androgen-independent prostate cancer 12:45-14:00 Lunch and Poster session KEYNOTE SPEECH SESSION Chair: Dr Mi Wang (University of Leeds) 14:00-14:40 Professor Richard Williams (University of Leeds) Nanoscience and technology - myths, truths and the potential for new research and business opportunities Chair: Dr George Chen (University of Nottingham) 14:40-15:20 Dr Wuzhong Zhou (University of St Andrews) Electron Microscopy of Nanomaterials 15:20-15:50 Coffee break and poster PRESENTATION SESSION Chair: Professor XiangQian Jiang (University of Huddersfield) and Dr Y.L Ding 15:50-16:05 Dr Wenhui Song (University of Brunel ) Nematic Liquid Crystalline Phase and Disclinations of Dispersions of Multiwall Carbon Nanotubes 16:05-16:20 Dr HaoYing Li (Cardiff University) Aerosolisation of amino acid-modified spray dried powders 16:20-16:35 Dr Qiang Fan (University of Sheffield) A study of low-energy proton irradiated GaAs multi quantum well solar cells 16:35-16:50 Dr Tiancun Xiao (University of Oxford) From Science and Technology to Business-The way to Survive Abroad Case Study of Oxford Catalysts Ltd 16:50-17:05 Professor F Q Yan (Peking University, invited speaker) Education in China 17:05-18:00 CSCST general meeting / SCI committee meeting 18:30-20:30 Conference dinner -7- THE TITLES OF ABSTRACTS Plenary Lectures 01 From biomaterials to tissue engineering, Recent advances in joint replacement John Fisher 02 There is more energy at the interface - Importance of Chemical Engineers to bringing inventions to the consumer and the vital role of good science David York Nanoscience and technology - myths, truths and the potential for new research and business opportunities Richard Williams Electron Microscopy of Nanomaterials Wuzhong Zhou Oral Sessions An Electric Field Driven Reversible Two-Colour Molecular Switch Liming Ying Surface characterization with Surfstand Shaojun Xiao Catalytic Combustion of Toluene on MCM-41 Supported Cu-Mn Catalysts at Low Temperatures Weibin Li Preparation and characterisation of Pt deposition on ion conducting membrane Muzhong Shen P450 enzyme inhibitors as indirect differentiating agents for the treatment of androgenindependent prostate cancer YEE Sook Wah Nematic Liquid Crystalline Phase and Disclinations of Dispersions of Multiwall Carbon Nanotubes Wenhui Song -8- Aerosolisation of amino acid-modified spray dried powders HaoYing Li A study of low-energy proton irradiated GaAs multi quantum well solar cells Qiang Fan From Science and Technology to Business-The way to Survive Abroad Case Study of Oxford Catalysts Ltd Tiancun Xiao 10 Education in China F Q Yan Poster Session P01 Electrochemical Degradation of Salicylic Acid At A Ti/SnO2-IrO2 -TiO2 Anode Zhou Cai , J P Hart and D M Reynolds P02 Using Synchrotron Radiation (WAXS) to Study CaCO3 Scale Formation and Inhibition Tao Chen, Anne Neville, Mingdong Yuan P03 Development of Biodegradable Laminate Films Jianmin Fang and Paul Fowler P04 Effect of ultrasound on the primary nucleation and crystal growth of a reactive precipitation process Zhichao Guo P05 Effective thermal conductivity of mineral oil based nanofluids Ran Huo, Dongsheng Wen, Yulong Ding* and Richard A Williams P06 CFD Modelling of Atrium-assisted Natural Ventilation Y Ji, M J Cook and G R Hunt P07 Synthesis and Characterization of Highly Luminescent CdSe/CdS Core/Shell Structure Quantum Dots Yang Li, Peter J Skabara, Paul O'Brien P08 The absorption of gemini surfactants at air/water interface by neutron reflection Peixun Li, R K Thomas and Chuchuan Dong -9- Electrical Characterization of protein self-assembled on the conducting atomic force microscopy tip Nan Wang, Jianwei Zhao, H Allen O Hill*, and Jason J Davis Inorganic Chemistry Department, University of Oxford South Parks Road, Oxford OX1 3QR, UK nan.wang@chem.ox.ac.uk Electrical measurement of protein at molecular level is extremely important in the application of bio-electrics We have developed a new method to fabricate the protein to the conducting tip, and then conduct with the conductive substrate so as to test the electronic property of protein molecules via conducting atomic force microscopy Here, electron transfer through the azurin, metalloprotein molecule has been explored using the conducting atomic force microscopy The I-V curves under different forces were collected to detect the electrical resistance of protein at molecular level Since the protein is a kind of rather soft biomaterials, the electric property associated with molecular structure must be sensitive to the force loaded When the force is less than 2nN, dielectric breakdown takes place when the bias exceeds a critical value at both positive and negative polarization When increasing the force from 5nN to 70nN, the electrical resistance of protein decreased, while decreasing the force could make the electrical resistance increase a little but could not return to the original value, indicating the protein deformation in this situation is not elastic However, when the force load exceeds a critical value limit (87 nN in this case), the current suddenly jumps from –10 to 10 nA at a bias near zero and even withdraw the force, the same behaviour remains The I-V character in this situation is similar to the I-V character after the breakdown of protein occuring at high bias and to direct contact between conducting tip and substrate, suggesting that the extremely high force could completely deconstruct the protein molecule, leading to direct contact between conducting tip and substrate So far, no criteria are available to elucidate the mechanical strength of protein In this work, a dynamic evolution of protein resistance associated with the protein structure - 55 - was monitored in a wide range of force load The extrame force that leads to completely deconstruct protein can be seen as the breakdown force The Critical force from different cases is ranging from 60~100nN The stress to make the protein decompose is about 1010 Pa, indicating protein is a promising bioelectrical material, which could stand higher stress - 56 - Introduction of Surface Metrology Group, University of Huddersfield Xiangqian Jiang, Dejiao Lin, Wenhan Zeng, Tukun Li Group of Surface Metrology, Centre for Precision Technologies, University of Huddersfield, Queensgate, Huddersfield, HD1 3DH, UK d.lin@hud.ac.uk The Surface Metrology Group (SMG), formally the Centre for Metrology at the University of Birmingham, is now at the Centre for Precision Technologies (CPT) in the University of Huddersfield The group has a well-established track record of innovation and an international reputation in surface metrology The main areas of research are surface measurement and nano-metrology, surface instruments and surface characterisation Current research projects include: Surface measurement and nanometrology; mathematical methodology, numerical algorithms, draft ISO standards and integrated knowledge databases for surface metrology; optical on-line surface measurement, etc The majority of the research has been derived from programs funded by the EC, EPSRC, DTI and industry The group has a modern nano-metrology laboratory, advanced stylus instruments, optical interference microscopes and atomic force microscopes used for characterising micro and nano scale surface topography; precision co-ordinate measurement machines, two Nanoform 250 diamond turning machines and a novell CNC ultra precision surface polishing machine The group has three academic staff, one technician, seven research staff and three PhD research students The group has formed a very close relationship with leading companies in the area, in particular Taylor Hobson Ltd - 57 - Investigation of Ca-P layer formation on chemically treated NiTi Minfang Chen School of Materials Science and Engineering Tianjin University of Technology, Tianjin 300191, China Wolfson Centre for materials processing, Brunel University, Uxbridge, Middlesex, London, UB8 3PH, UK mfchentj@126.com The unique properties of the NiTi alloy have made it a widely used biomaterial with potential fascinating applications in many fields of surgery However, much concern exists about it’s long-term biological safety, so surface modification of NiTi alloy has been studied to improve its corrosion resistance and biocompatibility In this paper砷a novel chemical way to prepare Ca-P layers on NiTi has many advantages NiTi samples were treated with the 60℃, 7.2MHNO3 solution for 24hours and 104℃, 1.2MNaOH solution for hours, then put into 40℃, saturated Na2HPO4 and 25℃, saturated Ca(OH)2 solutions in turn for pre-calcification Then the osteoconductive Ca-P layers were prepared by immersing the treated samples into the SBF solution at 37℃ for 9h, 12h, 14h, 17h, 20h, 24h and 72h, using the same composition and initial pH of the SBF solution in a previous study An osteoconductive Ca-P layer consisting mainly of HA can be prepared by a simple chemical method in a very short time The SEM and XRD results showed that Ca2P2O7·4H2O is preferentialer to form in the initial period of calcification Hydroxyapatite(HA) was detected in the coating after calcification for 24hrs and became the main component after days with a high degree of crystallinity, as confirmed by EDX spectra The most possible induction of Ca-P layer deposition is due to the TiO2·OH-, which originated from exchanging of Na+ during alkali treatment with H+ in the conditioning solution The EDX spectra showed the thickness of the compact layer after days to be about 10μm In addition, this study revealed the importance of conditioning treatment, i.e., the deposition time was shortened and the nuclei were formed - 58 - PEGylation of pH responsive poly (L-lysine iso-phthalamide) Z Yue, M E Eccleston and N K H Slater* Department of Chemical Engineering Department, University of Cambridge, Cambridge, CB2 3RA, UK zy208@cam.ac.uk Research and development of polymeric drug delivery systems have attracted worldwide attention for the recent decades pH-responsive polymers capable of destabilizing membrane at endosomal pH show particular promise in intracellular delivery of sensitive payload molecules Their membrane disruption effect has been demonstrated to rely on pH-triggered conformational change In this study, we took a further step towards potential application by PEGylation of a pH-responsive, metabolite–derived poly (L-lysine iso-phthalamide), proposed as a smart delivery system, to impart biotolerance and bioavailability Two different PEG side chains, methoxypoly(oxyethylene) amine (Mn = 4394 g/mol) and Jaffamine M-1000 ( propylene oxide/ethylene oxide = 3/19, M n = 1000 g/mol), were incorporated onto polymer backbone via amide linkage respectively, and the solution properties of PEGylated polymers were investigated in terms of PEGylation - pH–response relationship Both sets of conjugates can be divided into two general categories, one that retains the pH–dependant conformational change of parent polymer from an expanded structure at high degrees of ionization to a compact one at low degrees of ionization, and the other that forms micellar assemblies in aqueous solution, depending on the degree of PEGylation It was demonstrated that PEGylation affects significantly the onset of pH response and the pH range over which the conformational transition take place of resultant polymers Appropriate levels of PEGylation resulted in pronounced increase in the onset of pH response, indicating that PEGylation can also be used to engineer hydrophobic association of pH-stimuli polymers Both linear and micellar forms of the pseudopeptides have novel applications in drug delivery - 59 - The Study on Rehology-Structural Relation of Ultra-high Molecular weight Polyethylene / montmorillonite Nanocomposite Qizhao Wang1,2 2Xianling Liao Zonglin Liu1 School of Chemistry and Chemical Engineering, Shangdong University, 579 Qianwangang Road, Qingdao Economic and Technological Zone, Shandong Province, 266510, P R China Faculty of Chemistry and Environmental Engineering Shangdong University of Science and Technology qzhwang@sohu.com Ultra-high Molecular weight Polyethylene (UHMWPE) is a Linear Polyethylene with a viscosity average molecular weight砷 M v 砷 larger than 1,500,000 Because of the big molecular weight, there are a great deal of entanglement junctions among chains Therefore, the melt of UHMWPE is still a elastomer above melting temperature The Melt Flow Rate (MFR) of UHMWPE is too low to be examined with the normal regulations, and the study on the rheology of UHMWPE is very rare The research work in polymer/layered silicate nanocomposites has exploded over last few years A great number of these nanocomposites have been prepared and characterized But the rheology of nanocomposites have not been investigated deeply As show in a few research results, the flowing capacity of the nanocomposite melt is lower than polymer matrix Some researchers supposed that the silicate layer and polymer are connected with the chemical bond (generally is an ion bond), forming supermolecular structure, even becoming tridimensional molecular structure, and this will reduce the melt flowing capacity of nanocomposites In this paper, Metacryloyloxyethyl trimethyl ammonium cloride (DMC) was intercalated into micron-scale montmorillonite (MMT) to prepare organic MMT (DMC-MMT) Then DMC-MMT, BPO and UHMWPE were blent and the mixture was extruded in twin-screws extruder The UHMWPE/ montmorillonite nanocomposite was obtained This nanocomposite has a good flowing capacity (MFR - 60 - 15~20g/10min) This result is extremely different from other researchers’s results and can’t be explained in aforementioned proposal or general understanding of nanocomposite structure Analysis of X-ray diffraction and Transsmision electronic mirror denoted that the nanoscale exfoliated montmorillonite layers were dispersed in UHMWPE The relation between montmorillonite content of nanocomposite and flowing capacity of nanocomposite was studied There is a critical value of montmorillonite content, and the flowing capacity does not increase above this critical value It was supposed that how the exfoliated layers of montmorillonite untie entangled chains in UHMWPE melt and enhance the flowing capacity of nanocomposite The size of MMT layers is similar to large side substituents in some kinds of polymer, such small layers may combine with macromolecules strongly according to the surface effect of nanoscale particle Because of the huge surface area or enormous number of the layers, the astriction of montmorillonite layers to chains is not only end-tethered There were a great number of side-tethered chains in which the small layers attached on the main chain like side substituents However, either end-tethered chains or side-tethered chains may reduce the entanglement junctions density of UHMWPE, id est increase the distance of entanglement points, so that the flowing capacity of nanocomposite is enhanced - 61 - The List of Participants - 62 - - 63 - Sure Name First Name Title Position Organization University of the West of England Cai Zhuo Mr Chen Minfang Dr PhD Visiting scholar Chen Jianshe Dr Lecturer University of Leeds Chen Tao Mr PhD University of Leeds Chen Yongqi Dr Post-doc University of Leeds Cheng Wei Mr Student University of Glasgow Dai Yunfeng Mr student University of Leeds Ding Yulong Dr Lecturer University of Leeds Fan Qiang Dr Post-doc University of Sheffield Fang Jianmin Dr Scientist University of Wales Fisher John Dr Prof Fu Dong Gan Mingle Dr MSC Research Fellow University of Leeds University College London Gao Jun Mr Student Guo Zhichao Mr PhD He Yufeng Dr Hou Ruozhou Dr Hu Sure Name Xinming Dr Post-doc Research Fellow Research Assistant First Name Title Huang Haitao Dr Position Research Fellow Brunel University University of Leeds University of Leeds University of College London University of Bath University of Leeds, IPSE University of Leeds Organization University of Leeds - 64 - Address Faculty of Applied Sciences, University of the West of England, Frenchay Campus, Coldharbour Lane, Bristol Uxbridge, Middlesex, London, UK Procter Department of Food Science, University of Leeds, Leeds School of Mechanical Engineering, University of Leeds, Leeds Institute of Particle Science & Engineering, University of Leeds, Leeds Research Centre,.Dept of Electrical and Electronic Engineering, Rankine Building, 79-85 Oakfield Avenue, Glasgow Institute of Particle science and Engineering Leeds University Leeds Institute of Particle Science and Engineering, University of Leeds Leeds Department of Materials, Queen Mary, University of London, Mile End Road, London The BioComposites Centre University of Wales, Bangor Gwynedd School of Mechanical Engineering, University of Leeds, Leeds, UK Department of Chemical Engineering砷University College London砷 Torrington Place, London School of Processing, Environmental and Materials Engineering, University of Leeds Department of Chemical Engineering, Houldsworth Building, University of Leeds, Clarendon Road, Leeds, West Yorkshire Ifor Evans Hall, 109 Camden Road, London 5, WALCOT HOUSE, SNOW HILL, BATH UNIVERSITY OF LEEDS, LEEDS School of Mechanical Engineering, University of Leeds, Leeds Address Department of Chemical engineering , University of Leeds Post Code BS16 1QY UB8 3PH LS2 9JT LS2 9JT LS2 9JT G12 8LT LS2 9JT LS2 9JT E1 4NS LL57 2UW LS2 9JT WC1E 7JE LS2 9JT LS2 9JT NW1 9HZ BA1 6DD LS2 9JT LS2 9JT Post Code LS2 9JT Tel Fax E-mail 0117 328 2680 01895-274000 ext.3035 Zhuo.Cai@uwe.ac.uk 01895-203376 mfchentj@126.com 0113-3432748 0113-3432982 j.chen@food.leeds.ac.uk 078-38166555 mentc@leeds.ac.uk 0113 2332407 y.chen@leeds.ac.uk 0141 330 6014 0141 330 4907 weicheng@elec.gla.ac.uk 0113 343 2358 preyfd@hotmail.com 0113-3432747 y.ding@leeds.ac.uk 078-76687437 fanqianguk@hotmail.com 01248 370 588 01248 370 594 bcs013@bangor.ac.uk 113 343 2128 113 242 4611 j.fisher@leeds.ac.uk 079-60700398 0113 343 2350 Fu 0113 343 2781 m.gan@leeds.ac.uk 0113 3432447 chejg@leeds.ac.uk 077-75792479 zhichao.guo@ucl.ac.uk 077-17725333 Y.HE@BATH.AC.UK 0113 3432543 0113 3432781 0113 34 32198 Tel 0113 343 2351 r.hou@leeds.ac.uk X.Hu@leeds.ac.uk Fax E-mail h.huang@leeds.ac.uk LS7 1HG LE1 9BH OX1 3QR Huo Ran Miss PhD University of Leeds Ji Yingchun Mr PhD De Moutfort University 16 Carlton Gardens Leeds Iesd, Dmu, 105 Queens Building, The Gateway, Leicester, UK Ji Wenming Mr University of Oxford South Parks Road, Oxford Jia Xiaodong Dr Post-doc Senior Research fellow University of Leeds, SPEME LS2 9JT 0113-3432346 0113-3432781 X.Jia@leeds.ac.uk Jiang Xiangqian Prof Prof HD1 3DH 01484 473634 01484 472161 x.jiang@hud.ac.uk Jin Haibo Dr University of Huddersfield Beijing Institute of Petrochemical Technology Houldsworth Building, Clarendon Road, University of Leeds Group of Surface Metrology, Centre for Precision Technologies, University of Huddersfield, Queensgate, Huddersfield Department of Chemical Engineering, Beijing Institute of Petrochemical Technology, Daxing, Beijing 102617 0086-1081292074 0086-1069241846 jinhaibo@bipt.edu.cn University of Leeds Institute of Particle Science and Engineering, University of Leeds Leeds LS2 9JT CF10 3XF 0113-3432439 0113-3432405 x.lai@leeds.ac.uk 029-2087 7226 029-2087 4149 Lih8@cf.ac.uk Lai Xiaojun Dr Senior Research Fellow Li Hao-Ying Dr Post-doc Li Hua Mr PhD Cardiff University Institute of Mechanics, Chinese Academy of Sciences Li Zhaohui Ms PhD Oxford University Li Yang Mr Ph.D Univ of Manchester Li Peixun Dr University of Oxford University of Cambridge University of Cambridge Li Qingwen Dr Li Haitao Dr Research associate Research Associate Li Tukun Mr PhD University of Huddersfield Li Xiaogan Mr PhD University of Leeds Li Peiyi Dr Research associate University of Newcastle First Name Title Sure Name Li Jie Dr Position Organisation University of Oxford - 65 - Welsh School of Pharmacy, Cardiff University Beisihuanxilu 15, Institute of Mechanics, Beijing, China Engineering Science Department, Thom Building, Parks Road, Oxford Skerry Close, Manchester Physical and Theoretical Chemistry Laboratory, South Parks Road, Oxford Department of Materials Science and Metallurgy, Pembroke Street, Cambridge Department of Chemistry, Lensfield road, Cambridge Group of Surface Metrology, Centre for Precision Technologies, University of Huddersfield, Queensgate, Huddersfield Institute for Materials Research, Leeds University School of Natural Sciences(Chemisty), Bedson Building, Unoiversity of Newcastle, Newcastle Upon Tyne Address Inorganic Chemistry Laboratory, University of Oxford, South Parks Road, Oxford 100080 OX1 3PJ M13 9UD OX1 3QZ CB2 3QZ CB5 8PA HD1 3DH LS2 9JT NE1 7RU Post Code OX1 3QR 079-01707768 0116-2078710 huoran7903@hotmail.com 0116-2577981 01865-275976 yingchun@dmu.ac.uk wenming.ji@chem.ox.ac.uk 01062537634-4 lih@tsinghua.org.cn 01865 273925 zhaohui.li@eng.ox.ac.uk 078-99992642 liyangnano@yahoo.com 01865 275455 01865 275410 peixun.li@chem.ox.ac.uk 01223-334335 ql209@cam.ac.uk 01223- 330107 lh286@cam.ac.uk 01484 473913 01484 472161 t.li@hud.ac.uk 0113-3435352 prexl@leeds.ac.uk 0191 222 7053 PEIYI.LI@NCL.AC.UK Tel 01865-272660 Fax E-mail Jie.li@chemistry oxford.ac.uk Li Weibin Dr Research Fellow Research Fellow University of Oxford University of Southampton Inorganic chemistry Lab, University of Oxford, oxford Li Xiaohong Dr Li Jun Mr Liang Taining Dr Student Research Fellow Lin Dejiao Dr Research Fellow University of Huddersfield Lin Wen-Feng Dr Research Fellow University of Newcastle upon Tyne Liu Renchen Mr Oxford University Liu Hao Dr D.Phil Senior Research Fellow school of physics and astronomy , Leeds University Group of Surface Metrology, Centre for Precision Technologies, University of Huddersfield, Queensgate, Huddersfield School of Chemical Engineering and Advanced Materials, The University of Newcastle upon Tyne, Newcastle upon Tyne Room 370, Hertford College Graduate Centre, Folly Bridge, Oxford University of Leeds Energy Resources Research Institute, University of Leeds, Leeds Liu Zehua Dr University of Oxford Liu Yi Dr Post-doc Research Fellow Liu Fang Ms Lu Junren Mr Luo Xiangyang Dr Ma Yixin Dr Pan Shangling Dr Shang Sure Name Hui Ms First Name Title Shao Shen Nan Muzhong Miss Dr Student Research Fellow University of Nottingham University of Leeds University of Oxford Inorganic Chemistry Lab, South Parks Road, Oxford Department of Engineering Science, Oxford University Nuffield Department of Obstetrics and Gynocology, The Women’s centre, Jone Radcliffe Hospital, headington, Oxford University of Oxford 25…Nicholas…Avenue, Marston, Oxford Oxford University 315 Marston Rd, Marston, Oxford Joint Department of Physics, Royal Marsden Hospital, Downs Road, Sutton, Surrey University of Oxford Royal Marsden Hospital Newcastle Upon Tyne Student Position PhD Research Associate School of Chemistry, University of Southampton School of Chemical Environment & Mining Engineering, University of Nottingham , University Park, Nottingham University of Nottingham Organisation University College London Newcastle University - 66 - 123 Beaconsfield Street, Fenham, Newcastle Upon Tyne School of Chemical Environment & Mining Engineering, University of Nottingham , University Park, Nottingham Address 12# Heath Court, 10-12 Frognal, London School of Chemical Engineering & Advanced Materials, University of Newcastle upon Tyne, OX1 3QR SO17 1BJ 01865-272660 +44 023 8059 3513 weibin.li@chem.ox.ac.uk +44 023 8059 3781 xl2@soton.ac.uk NG7 2JY LS2 9JT 0113 3436648 HD1 3DH 01484 473949 01484 472161 d.lin@hud.ac.uk 0191 222 6786 0191 222 5472 wenfeng.lin@ncl.ac.uk NE1 7RU OX1 4LA LS2 9JT OX1 3QR OX3 0EP OX3 9DU OX3 0RN OX3 0EP SM2 5PT NE4 5JP NG7 2JY Post Code NW3 6AH NE1 7RU enxjl1@nottingham.ac.uk t.liang@leeds.ac.uk 087-02760137 renchen.liu@hertford.ox.ac.uk 0113 3432513 0113 2467310 fue5hl@leeds.ac.uk 01865 272624 01865 272690 zehua.liu@chem.ox.ac.uk 018-65274743 yi.liu@eng.ox.uk 01865-221015 liufanggg@yahoo.com.cn 01865_283302 Junren.lu@hertford.ox.ac.uk 01865-225850 luoxy33@hotmail.com 077-53686170 0191256332523465 y.ma@aquanwood.com 079-09747239 enxhs1@Nottingham.ac.uk shanglingpan@hotmail.com Tel Fax 0778-2381876 0191-2225207 0191-2225292 E-mail n.shao@ucl.ac.uk mu-zhong.shen@ncl.ac.uk Song Wenhui Dr Lecturer Su Qian Miss PhD Sun Dongyang Mr PhD Sun Xiuyan Mr PhD Wang Yinhua Dr Wang Qingzhao Prof Brunel University Queen Mary, Univ of London Queen Mary, University of London University College London Newcastle Upon tyne, UK Wolfson Centre for Materials Processing, Brunel University, Uxbridge, Middlesex Dept of Engineering, Queen Mary, Univ of London, Mile End Road, London Materials Department , Queen Mary, University of London Department of Chemcial Engineering, University College London, Torrington Place, London Oxford University Shandong University of Science and Technology Parks Road, Oxford 579 Qianwangang Road, Qingdao Economic and Technological Zone, Shandong Province, P R China Oxford University 34 Burchester Avenue, Headington, Oxford P.O.Box Forest Hall No.2, Whitley Road, Longbenton, Newcastle Upon Tyne School of Mechanical Engineering, University of Leeds, Leeds School of Mechanical Engineering, University of Leeds, Leeds Wang Jianhua Mr Wang Jun Dr Software Engineer Research/ Scientist Wang Chun Ms PhD Univeristy of Leeds Wang Zhi Mr Wang Weifu Dr PhD Visiting scholar Univeristy of Leeds University College London Wang Mi Dr Lecturer University of Leeds Research Officer Wang Jingjing Mr Wang Nan Dr Wen Dongsheng Dr Williams Richard Dr Wong Sure Name Steve Dr First Name Title Wu Haichen Mr Wu Xiang Guohua Jiansheng Dr Mr Procter & Gamble University of Leeds E1 4PE WC1E 7JE OX1 3PJ 020-78825567 ez02048@qmul.ac.uk 020-76793037 x.sun@ucl.ac.uk OX1 3QR LS2 9JT LS2 9JT University of Leeds IRC in Polymer Science & Technology Department of Chemistry, University of Leeds, Leeds Organization Address Cambridge University St John's College Cambridge University of Sussex Falmer, Brighton, East Sussex, United Kingdom School of Processing, Environmental and Materials Engineering, University of Leeds - 67 - q.su@qmul.ac.uk DEPT OF PHYSICS, UNIVERSITY OF LEEDS Prof Senior Research Fellow University of Leeds 0207882 5421 LS2 9JT Inorganic Chemistry Laboratory, University of Oxford, South Parks Road, Oxford Institute of Particle Science and Engineering, University of Leeds Leeds Institute of Particle Science and Engineering, University of Leeds Leeds Research Fellow Research Fellow E1 4NS 44 Rupert Gardens, London Institute of Particle Science and Engineering, University of Leeds Leeds University of Oxford Position 01895 27400 ext 7164 266510 OX3 9NB NE12 9TS LS2 9JT LS2 9JT SW9 7TN LS2 9JT Post-doc Research Fellow University of Leeds UB8 3PH LS2 9JT Post Code CB2 1TP BN1 9QJ LS2 9JT 01865-273924 +86 532 6057865 01895 203376 01865 273010 +86 532 6057101 0776-1398708 0191-2281834 wenhui.song@brunel.ac.uk yinhua.wan@eng.ox.ac.uk qzhwang@sohu.com jhwang2000@hotmail.com 0191-2281349 wang_jun100@yahoo.co.uk 0113 34 37218 mencwan@leeds.ac.uk 0113 34 37218 menzw@leeds.ac.uk 079-56985212 wwfchl2003@yahoo.com.cn 0113-3432435 m.wang@leeds.ac.uk 0113-3437090 0113-3433900 01865-75912 phyjjw@phynov.leeds.a c.uk nan.wnag@chem.ox.ac uk 0113-3432358 0113-3432405 d.wen@leeds.ac.uk 0113-3432801 0113-3432781 r.a.williams@leeds.ac.uk 0113 3433907 0113 2470676 s.s.f.wong@chem.leeds.ac.uk Tel Fax 012-23763150 012-23336362 012-73678332 +44 (0) 113 343 2357 +44 (0) 113 343 2405 E-mail hw244@cam.ac.uk gw23@Sussex.ac.uk j.xiang@leeds.ac.uk Xiao Tiancun Dr Senior Research Xiao Shaojun Dr Research Fellow Xiao Bo Mr PhD Xie Zhibin Mr Student Xu Gang Mr PhD University of Oxford University College London Xu Baohua Dr Yan Haixue Dr Lecturer Research Assistant University of Leeds Queen Mary University of London Yan Yu Mr PhD University of Leeds Mile End Road, London School of Mechanical Engineering, University of Leeds, Leeds Yang Jianbo ChaneYuan Dr Consultant ABB Ltd ABB Ltd, Daresbury Park, Daresbury, Warrington University of Leeds Welsh School of Pharmacy University of Cambridge Yang Mr University of Oxford University of Huddersfield University of Newcastle upon Tyne Yee Sook Wah Miss Ying Liming Dr PhD Research Fellow York David Dr Manager Procter & Gamble Yue Zhilian Dr Post-doc Cambridge University Zeng Wenhan Mr Zhang Sure Name Shengfu Dr PhD Senior Engineer First Name Title Zhang Hu Zhang University of Huddersfield Imperial College Inorganic Chemistry Laboratory, South Parks Road, Oxford Group of Surface Metrology, Centre for Precision Technologies, University of Huddersfield, Queensgate, Huddersfield NCRL, School of Natural Sciences, University of Newcastle upon Tyne Department of Materials , Hume Rothery Building , University of Oxford , Oxford 12# Heath Court, 10-12 Frognal, London Institute of Particle Science and Engineering, University of Leeds Leeds HD1 3DH NE1 7RU OX1 3PH NW3 6AH LS2 9JT E1 4NS LS2 9JT WA4 4BT 01865-272660 01865-272690 xiao.tiancun@chem.ox.ac.uk 01484 473635 01484 472161 s.xiao@hud.ac.uk 019-12227085 bo.xiao@ncl.ac.uk 018-65273699 Zhibin.xie@materials.ox.ac.uk 079-79003351 ucecgxu@ucl.ac.uk 0113-3432423 0113-3432405 b.h.xu@leeds.ac.uk 020-78825568 h.x.yan@qmul.ac.uk 0113 34 32179 menyya@leeds.ac.uk 01925 741361 01925 741265 jianbo.yang@gb.abb.com checy@leeds.ac.uk Welsh School of Pharmacy, Redwood Building, King Edward VII Avenue, Cardiff Lensfield Road, Cambridge P.O.Box Forest Hall No.2, Whitley Road, Longbenton, Newcastle Upon Tyne New Museum Sites, Pembroke street, Department of Chem Eng., University of Cambridge Group of Surface Metrology, Centre for Precision Technologies, University of Huddersfield, Queensgate, Huddersfield Dept of Chem Engineering, Imperial College, London Position Organisation Mr Post-doc University College London Lingling Ms University of Leeds Zhang Xiaoyu Dr Ph.D Academic Visitor University of Oxford Department of Biochemical Engineering, University College London, Torrington Place, London Institute of Particle Science and Engineering, University of Leeds, Leeds Inorganic Chemistry Laboratory, South Parks Road, Oxford Zhao Zhao Zhiqiang Xuebo Mr Mr Ph.D PhD Oxford University University of Newcastle The Queen’s College, The High Street, Oxford Department of Chemistry, Bedson Building, - 68 - OX1 3QR Address CF10 3XF CB2 1EW NE12 9TS CB2 3RA HD1 3DH SW7 2AZ Post Code WC1E 7JE LS2 9JT OX1 3QR OX1 4AW NE1 078-43663768 01223 330107 yeesw@cardiff.ac.uk 01223 336362 01223 331896 ly206@cam.ac.uk zy208@cam.ac.uk 01484 473913 01484 472161 z.wenhan@hud.ac.uk 020 7594 9602 020 7594 9603 s.zhang@ic.ac.uk Tel Fax E-mail 01865 272690 huzhangucl2003@yahoo.com L.Zhang3@postgrad.umist.ac.uk xiaoyu.zhang@chemistry.oxford ac.uk 078-81793731 01865 282603 01865-273923 0191 2227085 zhiqiang.zhao@queens.ox.ac.uk XUEBO.ZHAO@NCL.AC.UK University of Newcastle upon Tyne, Newcastle-uponTyne upon Tyne Zhao Xin Zhou Honggang Zhou Wuzhong Zhu Fuyun Research staff University of Oxford Mr PhD University College London Mr Reader Visiting scholar St Andrew’s University University of Newcastle upon Tyne - 69 - South Parks Road, Oxford Darwin Building, Departement fo Biochemistry and Molecular Biology, University College London, Gower Street, London Purdie Building, Department Of Chemistry, University Of St Andrews 1.50 Bedson Building, University of Newcastle upon Tyne, Newcastle upon Tyne 7RU OX1 3QU WC1E 6BT KY16 9ST NE1 7RU 01865 275787 01865 275234 020-76792211 01334 467276 0191-2227056 xin.zhao@bioch.ox.ac.uk z800322@hotmail.com 01334 463808 wzhou@st-and.ac.uk Fuyun.Zhu@ncl.ac.uk ... of Leeds) Dr Cigang Xu (University of Glasgow) Mr ChaneYuan Yang (University of Leeds) Ms Cathy Hua Ye (University of Oxford) -2- The 9th CSCST-UK Executive Committee of The Chinese Society of. .. (University of Leeds) Dr Ruozhou Hou (University of Leeds) Mr Xiaogan Li (University of Leeds) Dr Caiyun Ma (University of Leeds) Dr Muzhong Shen (University of Newcastle) Mr Jingjing Wang (University of. ..TABLE OF CONTENTS The 11th Conference Organizing Committee The 9th CSCST-UK Committee Sponsors & Acknowledgements Program The Titles of Abstracts The Abstracts of Plenary Lectures