6^th International Conference and Exhibition on Materials Science and Chemistry May 17-18, 2018 Rome, Italy

Prof. Porfyrakis is an Associate Professor of Materials, an EPSRC Fellow and the Head of the Laboratory for Carbon Nanomaterials at the Department of Materials, University of Oxford. He is also a visiting Professor at the Aristotle University of Thessaloniki, Greece. He holds an Undergraduate degree in Chemical Engineering from Aristotle University of Thessaloniki, Greece (1995) and an MSc Degree from UMIST, Manchester, UK (1996). After completing his DPhil at Oxford University in 2000, Prof. Porfyrakis has established a world-leading laboratory for the production and purification of both nitrogen-containing and metal-containing endohedral fullerene molecules. Prof. Porfyrakis has attracted over £2.5 M in funding as a Principal Investigator in the fields of endohedral fullerenes and organic electronics. He has over 100 publications (h-index: 26, i10-index: 51) that have attracted over 2330 citations. He has presented over 40 invited lectures and seminars, including 3 keynote lectures. In 2005 he won the Alan Glanvill Award of IOM3. In 2016 Prof. Porfyrakis has been admitted as a Fellow at the Royal Society of Chemistry for his contributions to Chemical Sciences. Prof. Porfyrakis is the Academic founder and Director of Designer Carbon Materials Ltd (www.designercarbon.com), a spinout company of the University of Oxford, aiming to commercialise endohedral fullerenes and their derivatives. The company has been featured at several newspapers such as the Sunday Telegraph (http://www.telegraph.co.uk/finance/newsbysector/industry/12034595/This-is-themost- expensive-material-in-the-world.html) and the Independent (http://www.independent.co.uk/news/science/most-expensive-thing-in-the-worldendohedral- fullerene-science-oxford-a6763356.html) selling the “most expensive material in the world” for miniaturizing atomic clocks. That story has since been reproduced from dozens of media outlets around the world such as: (http://www.sciencealert.com/scientists-create-world-s-most-expensive-materialvalued- at-145-million-per-gram) and (http://arstechnica.com/science/2015/12/oxfordcompany- now-selling-endohedral-fullerenes-priced-at-110-million-per-gram/).

Carbon Nanomaterials, Endohedral Fullerenes, Organic Electronics, Quantum Nannoelectronics

Hanshan Dong received his PhD degree in Surface Engineering in 1997 and became a full professor in 2010 at the University of Birmingham, Birmingham UK. He is Professor of Surface Engineering and Leader of Surface Engineering Research Group at the University of Birmingham. He is the Co-Director of EPSRC Doctor Training Centre in Metal Processing (IMPaCT) and a Fellow of IoM3. He is a leading surface engineering expert in developing novel surface engineering technologies for multi-functional surfaces and in characterisation of surface engineered materials. He won the Harvey Flower Titanium Prize awarded by IoM3 in recognition of his contribution to the science and technology of surface engineering of titanium alloys. He is active in international surface engineering activities including visiting professorships, plenary and invited lectures to major international conferences, organisation of national and international conferences. He is the Deputy Editor of ‘‘Chinese Surface Engineering'', Associate Editor, “International Journal of Surface Engineering and Interdisciplinary Materials Science” and on the editorial board of many other academic journals. In addition to six patents, about 300 papers have been published (including 200 journal papers).

He is a leading surface engineering expert in developing novel surface engineering technologies (including S-phase surface engineering of corrosion resistant alloys, ceramic conversion of Ti- and Zr-based alloys, plasma multi-functionalisation of carbon-based nano-materials, combined surface alloying and patterning for high-efficacy antibacterial surfaces, and low-friction & anti-adhesion coatings); in surface designing and modelling; and in characterising surface engineered materials using environmental nanoindentation, FIB/SEM & XTEM.

APPOINTEMENT 60, Professor at Bordeaux University Institut de Chimie de la Matière Condensée de Bordeaux, CNRS, , 33608 Pessac Cedex, FRANCE Member of the Education Academic Council of Bordeaux University Deputy director – Education; Centre of excellence LAPHIA (Lasers&Photonics in Aquitaine) Deputy director – Partnerships; EUR LIGHTST (University Graduate School) Deputy director – Education LIA LUMAQ (U. Bordeaux, U. Laval, INRS) PROFFESSIONNAL PREPARATION 2001-2017 Professor, Chemistry Department, University of Bordeaux, ICMCB, France 1991-2001 Assistant Professor, University of Bordeaux, ICMCB, France 1988-1991 Post-doctoral position, LCS, University of Bordeaux, France 1983-1988 Ph D “Thèse d’Etat” “Methodologie de la Recherche Experimentale: contribution de la théorie de l’Information à la construction de Matrices d’Expériences optimales pour des modèles linéaires et non linéaires”, University Saint-Jérôme of Marseille, France INTERNATIONAL INVOLVEMENT on Research and Education program - International Partnership Coordinator of international education programs relevant from EUR LIGHTST - Training Coordinator of international education programs relevant from LabEx LaPHiA: international exchange program for undergraduates, Master and PhD co-tutelles

- Nonlinear optical properties of glasses: Third and Second order nonlinear susceptibility, - Surface Glass structuring by poling, - Heavy glass oxides for fiber applications - Laser-induced defects in glasses and Luminescence properties of flaws. - Multiscale crystallization in amorphous transparent glass materials.

Alain TRESSAUD is Emeritus Research Director at ICMCB-CNRS, Bordeaux University. He is President of the European Academy of Sciences (Brussels) and member of several European Academies. He founded and chaired until 2008 the French CNRS Network on Fluorine Chemistry. Among the awards he received, the Atomic Centre Agency (CEA) Award of French Academy of Sciences (2008), ACS Fluorine Award (2011) and Moissan Prize (2013) can be quoted. His scientific interest covers synthetic fluorine chemistry, physical-chemical characterizations, applications in materials sciences, solid state chemistry. His works also deal with surface modification of materials and intercalation chemistry. His scientific production includes more than 360 papers in international journals, 20 chapters contributions in books and 12 internationalized patents. In addition, he edited 10 books, including the Editor-in-Chief responsibility of the book series “Advances in Fluorine Science” Elsevier (2006), “Progress in Fluorine Science”, Elsevier (2015 →), ”Progress in Science, Progress in Society”, Springer-Nature, (2017).

Chemistry of fluorine and fluorinated materials / Radiofrequency fluorinated surface treatments / Carbon-fluorine systems / Graphitic intercalation compounds

Olivier JOUBERT (1965) is presently full professor in Chemistry of Materials and is Chair of Fuel Cell group of "Institut des Matériaux Jean Rouxel (CNRS-IMN)". This lab is a Joint Research Unit between CNRS (The Centre National de la Recherche Scientifique which is the French national science organization employing a scientific staff of 10 000 people) & Nantes University with approximately 150 people. CNRS-IMN is dedicated to fundamental and applied research in the fields of materials physics and solid state chemistry. The major research interests of professor JOUBERT revolve around development of new materials for technological applications such as high and intermediate temperature ceramic oxide fuel cells (SOFC and PCFC), electrolysers… He is a solid state chemist and his research activities involve development of new oxide materials like, novel perovskite-type ion and proton conductors and anode for SOFC working under natural gas. He is co-author of 95 publications, 20 invited talks and 5 patents. Olivier Joubert is chairing the HySPàC research grouping which assembles all French academic research groups in the field of production and storage of hydrogen and also fuel cell and electrolysers. The total size of HySPàC (www.gdr-hyspac.cnrs.fr) is about 108 laboratories mainly from the CNRS (national center of scientific research, www.cnrs.fr/index.php) and CEA (a French government-funded technological research organization, www.cea.fr/). His group is part of "HySPàC" and is involved in many national and european projects around SOFC technology. He is also the main organizer of the International Discussion on Hydrogen Energy and Applications (IDHEA) held in Nantes in 2014 and 2016. O. Joubert is also in charge of the expertise cell ERIMAT in Capacités SAS, a private subsidiary of the University of Nantes dedicated to the development of research, and provides assessment, advice to industries

His main research interests are in the development of new oxide materials for technological applications, including High Temperature fuel cells (SOFC and PCFC). Particular focus in recent years has been the development of new electrolyte for solid oxide fuel cell materials, with very promising results being observed for novel brownmillerite-type oxide ion and proton conductors. In addition to this work in this area, his group also has ongoing research in the development of anode and cathode and the realization and testing of complete cells. Expertise: High temperature Fuel Cells (SOFC) and electrolysers (SOEC), Solid state and materials chemistry, Synthesis (Solid state and combustion methods) and characterization of ceramic materials (X-ray diffraction, Electrochemical Impedance Spectroscopy, Thermal analysis…), Fuel cell performance testing

Igor Perepichka is a Professor of Chemistry at Bangor University, UK. He obtained his Diploma in Chemical Engineering from Donetsk Polytechnic Institute (1981) and his PhD in Organic Chemistry from the Institute of Physical Organic Chemistry of the National Academy of Sciences of Ukraine, IPOCC NASU (1987). He started his career at IPOCC NASU in Ukraine as an engineer in 1981 and was promoted to Senior Research Scientist in 1989. He has held several visiting positions, including Alexander von Humboldt Fellow (Würzburg University, Germany, 1995–1997), Visiting Scientist (CEA Saclay, France, 1999 and CNRS, Angers, 2000–2001), Invited Professor (Angers University, 2001–2002), Senior Research Associate (Durham University, 2003–2007). In 2007 he moved to the University of Central Lancashire (Preston, UK) as Reader in Chemistry. In 2010 he was appointed as Professor of Chemistry at Bangor University, UK. His work is documented in over 100 papers in refereed journals, over 20 patents and several books and book chapters, including “Handbook of Thiophene-Based Materials: Applications in Organic Electronics and Photonics” (I. F. Perepichka, D. F. Perepichka, Two-Volumes Set, Wiley, 2009).

Prof Perepichka’s field of research is organic materials chemistry. The main research activity is focused on design, synthesis and studies of novel organic pi-functional systems, from small molecules to conjugated polymeric materials, toward their applications in organic electronics, optoelectronics and photonics. Current research interests encompass the development of functional pi-conjugated systems with tailored electronic properties in view of applications in solar energy conversion, electronic and photonic devices, and nanoscience: novel conjugated pi-functional systems, reactions and methods of synthesis; conjugated polymers with tailored properties and functions; conductive, semiconductive and photoconductive pi-conjugated materials (from small molecules to oligomers and polymers); charge, electron and energy transfer processes in pi-systems; intermolecular and intramolecular charge transfer processes in pi-conjugated systems; electroactive and photoactive pi-functional systems; organic nanomaterials, supramolecular architectures and self-organized systems; organic molecular and polymeric materials for light-emitting devices, organic photovoltaics, field-effect transistors, electrochromic devices, non-linear optics, nanotechnologies, sensors/biosensors etc.

Dr Shouxun Ji is currently a Lecturer at BCAST. He is focusing on developing lightweight materials and structures for the automotive industry, including purpose developed aluminium and magnesium alloys with improved ductility, strength, modulus, or thermal conductivity, and the hybrid structures using different materials. He is also working on new materials for aerospace application, such as materials for explosive cords and high strength casting materials for aircraft. Meanwhile, he is in charge of all the equipment specification, planning and supply in the AMCC 1 and 2 programmes. Before rejoining Brunel in October 2010, Dr. Ji was a Manager at Arcadia, leading a team working on various projects to develop products and managing supply chains. Prior to that Dr. Ji was the Chief Engineer of BCAST, specializing in semi-solid processing of rheo-die casting, rheo-extrusion and rheo-twin roll casting. Dr. Ji has worked on a number of projects within casting technology including green sand and resin-bonded sand, core-making and moulding process, foundry machinery, lost foam process, gravity casting, low pressure die casting, centrifugal casting and high pressure die casting. He has first-hand experience on cast irons (spheroidal graphite cast iron and austempered ductile iron), aluminium alloys, copper alloys and magnesium alloys. He is also familiar with design of casting equipment, hydraulic and pneumatic system, and plc control system.

Currently, his research projects include (1) light weight materials for automotive industry, especially super ductile aluminium alloys and magnesium alloys, (2) high pressure die casting of thin-wall casting, (3) semi-solid processing of aluminium alloys and magnesium alloys.

He received his PhD in 2010 entitled “Synthesis, characterization, functionalization and biomedical applications of iron-based NPs” under the supervision of Dr. Y. Guari and Pr. D. Gatteschi. Then, he completed two years of post-doctoral research in the group of Dr. F. Gazeau where he studied the physical, magneto-thermal properties and the biotransformation phenomenon of iron oxide NPs. In 2012 he joined the team of Dr. D. Alloyeau and synthesized, characterized and studied the biodegradation of iron oxide@gold nano-assemblies. Since September 2013, he was appointed Assistant Professor in the team of Pr. E. Ishow. He has co-authored 29 scientific articles on peer reviewed international journals of chemistry and physics (h-index ISI WEB of SCIENCE = 14) and he is currently involved in five research projects in the nanomedicine field including one as coordinator.

His present main interest concerns size-controlled functionalized magnetic NPs or gold nanoshell and their incorporation in supramolecular fluorescent nano-assemblies. This multimodal nano-assemblies was tested as (i) mediator for magnetic hyperthermia and photothermial; (ii) contrast agent for fluorescent imaging, MRI and photoacoustic; (iii) real-time monitoring and on-demand drug delivery system.

Oscar K.S. Hui received his PhD degree in mechanical engineering at the Hong Kong University of Science and Technology in 2008. He was a lecturer in department of systems engineering and engineering management of City University of Hong Kong, Hong Kong from Aug 2008 - Feb 2013. In Mar 2013, he was an Assistant/Associate Professor in Department of Mechanical Engineering at Hanyang University, South Korea. In Sep 2016, he was appointed as a Lecturer in Mechanical Engineering, School of Mathematics, Faculty of Science, University of East Anglia, UK. As PI, he has demonstrated an excellent independent-funding track record during my appointments (2008-2017), and have been awarded a total funding of GBP 1.1 million (GBP 1.59 million as both PI and Co-I). He has completed supervision of 8 post-doctoral/visiting scholars and 13 research assistants. 3 PhD and 18 master research students successfully graduated under my supervision. Currently, He has been supervising 10 PhD and 8 master research students with my collaborators working in University of Macau, Hanyang University, Pusan National University and Yonsei University. He has been working in a big team with collaborators in USA, Japan, South Korea, Singapore, Australia, China, and Hong Kong to secure research funding. Thus far, his research has led to 1 US patent, 9 Korea application patents, 4 pending Korea application patents, >136 journal paper publications (source: Scopus: h-index: 31), 30 invited lectures, and >60 international conference presentations.

Our research is in the interdisciplinary field of heterogeneous catalysis, nanoscience and nanotechnology, materials chemistry and science, transport phenomena, and process modeling and optimization. We focus on preparation of functional nanomaterials for efficient energy harvest/storage/conversion and environmental remediation. Our on-going activities includes 1.Fundamental understanding of catalytic ozonation process over functional nanomaterials for developing advanced air/water pollution control technology/system 2.Development of a multiscale theoretical model to study the coupled mass transfer and reaction kinetics in catalytic ozonation process for reactor-design and operating-condition optimization 3.Development of multi-microchannel microreactors with multi-scale microstructures for enhanced chemical reactions such as hydrogen production by ethanol steam reforming, catalytic combustion of methane, catalytic ozonation of organic compounds 4.Development and reliability study of high-brightness LEDs 5.Synthesis/Development of graphene-based functional materials for applications in Li-ion battery, fuel-cell, solar cell, and LEDs

Professor González-Benito received his Ph.D. in Chemical-Physics from the University Complutense of Madrid and got the position at the University Carlos III of Madrid, UC3M, as a professor in 2003. He carried out several pre and postdoctoral research stays in very prestigious centers around the world, Institute of Chemistry and Biology Technology of University Nova de Lisbon (Portugal); Institute of Materials Chemistry of the Tampere University of Technology (Finland); Macromolecular Science Department of Case Western Reserve University (Cleveland, Ohio); Department of the University of California Santa Barbara and The National Institute of Standards and technology (Gaithersburg, Mariland USA) among others. Nowadays he is the head of the Group `Polymer Composite Materials and Interphases, having published more than 70 papers about polymers and polymer composites in reputed journals. He was Director of the Ph.D. program in Materials Science and Engineering of the University Carlos III of Madrid from 2006 to 2013.

Polymer interfaces in multiphase (micro and nanophases) materials using a variety of microscopic imaging methods and fluorescence based methods. Researching lines: i) Thermoplastic nanocomposite materials with especial electrical properties and ii) Thermoplastic nanocomposite materials with antibacterial activity. Characterization of polymers and composite materials; use of fluorescent probes and labels to monitor physico-chemical changes at a molecular scale; atomic force microscopy; structural, dynamics and ageing phenomena studies in polymer based materials.

Professor Ramesh K. Agarwal is the William Palm Professor of Engineering at Washington University in St. Louis. From 1994 to 2001, he was the Sam Bloomfield Distinguished Professor and Executive Director of the National Institute for Aviation Research at Wichita State University in Kansas. From 1978 to 1994, he was the Program Director and McDonnell Douglas Fellow at McDonnell Douglas Research Laboratory in St. Louis. Dr. Agarwal obtained his Ph.D. from Stanford University in 1975. He is the author and co-author of over 400 publications. His research interests are in Computational Fluid Dynamics, Renewable Energy Systems, and Nanotechnology. He is a Fellow of sixteen professional engineering societies including the American Institute of Aeronautics and Astronautics (AIAA), the American Society of Mechanical Engineers (ASME), the Institute of Electrical and Electronics Engineers (IEEE) and the American Society for Engineering Education (ASEE). He has been the recipient of many honors and awards.

Materials Genome; Nanoparticles and their Synthesis; Multi-Scale Modeling and Simulations of Engineered Materials; Energy Harvesting Materials; Nanomechanics, Nanophotonics and Nanoelectronics.

Dr. Yuyuan Zhao is Reader in Materials Engineering at the School of Engineering, the University of Liverpool, UK. He is a Chartered Engineer (CEng) and a Fellow of the Institute of Materials, Minerals and Mining (FIMMM). He serves on the Editorial Board of Powder Metallurgy, the official journal of the European Powder Metallurgy Association. He obtained his BEng and MSc degrees from Dalian University of Technology, and DPhil from Oxford University. He worked as a Lecturer at Dalian University of Technology and a Research Fellow at Birmingham University before he joined Liverpool University as a Lecturer. He pioneered the Sintering and Dissolution Process (SDP) for manufacturing porous aluminium and further invented the Lost Carbonate Sintering (LCS) process, which has been commercialised for mass production of porous metals. He has published over 85 papers in the processing, characterisation and modelling of particulate, porous and composite materials.

Manufacture of porous metals and syntactic foams by powder metallurgy routes and characterisation of their mechanical; Thermal; Acoustic and electrochemical properties.

Vladimir Lee received his MSc degree in chemistry from the Far–Eastern State University (Vladivostok) in 1982, and PhD degree in organic chemistry from the Institute of Organic Chemistry Academy of Sciences of the USSR (Moscow) in 1987. After a couple of PD stays at the Korea Institute of Science and Technology (Seoul, Korea) in 1996 and at the Université Paul Sabatier (Toulouse, France) in 1997, he is working at the University of Tsukuba (Tsukuba, Japan) currently holding a Lecturer position. He has been visiting professor at the several universities in Germany, France and Japan. He has authored over 110 papers in the peer-reviewed journals, several book chapters, and a monograph. He has about 200 presentations at the international and national conferences.

low-coordinate derivatives of the main group elements: carbene analogues, cations, free radicals, anions, multiply-bonded derivatives, highly strained small rings, as well as their transition metal complexes.