Royal Society of Chemistry Financial Statements and Trustees' Report
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Highly Emissive Chiral Lanthanide(Iii) Complexes for Labelling and Imaging
Durham E-Theses HIGHLY EMISSIVE CHIRAL LANTHANIDE(III) COMPLEXES FOR LABELLING AND IMAGING FRAWLEY, ANDREW,TIMOTHY How to cite: FRAWLEY, ANDREW,TIMOTHY (2017) HIGHLY EMISSIVE CHIRAL LANTHANIDE(III) COMPLEXES FOR LABELLING AND IMAGING, Durham theses, Durham University. Available at Durham E-Theses Online: http://etheses.dur.ac.uk/12423/ Use policy The full-text may be used and/or reproduced, and given to third parties in any format or medium, without prior permission or charge, for personal research or study, educational, or not-for-prot purposes provided that: • a full bibliographic reference is made to the original source • a link is made to the metadata record in Durham E-Theses • the full-text is not changed in any way The full-text must not be sold in any format or medium without the formal permission of the copyright holders. Please consult the full Durham E-Theses policy for further details. Academic Support Oce, Durham University, University Oce, Old Elvet, Durham DH1 3HP e-mail: [email protected] Tel: +44 0191 334 6107 http://etheses.dur.ac.uk 2 HIGHLY EMISSIVE CHIRAL LANTHANIDE(III) COMPLEXES FOR LABELLING AND IMAGING Andrew Timothy Frawley A thesis submitted for the degree of Doctor of Philosophy 2017 Declaration The work described herein was undertaken at the Department of Chemistry, Durham University between October 2014 and September 2017. All of the work is my own, except where specifically stated otherwise. No part has previously been submitted for a degree at this or any other university. Statement of Copyright The copyright of this thesis rests with the author. -
Institution: University of Nottingham Unit of Assessment: Uoa 8 (Chemistry) A
Environment template (REF5) Institution: University of Nottingham Unit of Assessment: UoA 8 (Chemistry) a. Overview: The School is returning 42 category A researchers (100% of eligible staff), including 25 Professors (two FRSs$), 8 Associate Professors, 4 Lecturers and 5 fixed-term Research Fellows (denoted*). Our research, impact and industry engagement has attracted international recognition in the following overlapping thematic areas: • Theoretical and Computational Chemistry: Besley, Bichoutskaia, Hirst, Robinson*, Teale*, Wheatley. • Molecular Structure and Spectroscopy: George, Jones, Powis, Reid, Sarre, Stace$, Wright. • Chemical and Structural Biology: Dowden, Oldham, Searle, Soultanas, Thomas. • Sustainable Synthesis and Catalysis: Denton, Hayes, Kays, Lam, Licence, Liddle, Lygo, McMaster, Moody, Moses, Poliakoff $, Stockman, Woodward. • Functional Materials and Nanosciences: Blake, Champness, Gibson*, Gimenez-Lopez*, Howdle, Khlobystov, Mokaya, Schröder, Titman, Walsh, Yang*. b. Research strategy b1: Achievement of strategic aims stated in RAE2008: 1. Achieving a Sustainable Research Environment. Our aims since 2008 have been to strengthen our research at the interfaces between Chemistry and other physical sciences, the life sciences and engineering. We have built upon our strong research base and have ensured the sustainability and vitality of our environment by the strategic allocation of resources, major investments in instrumentation and infrastructure to provide world-class facilities (see d), and by nurturing Early Career Researchers (ECRs, see c1). The School has exploited new research opportunities and driven national research priorities by engagement in EPSRC Portfolio Shaping, membership of SATs and boards of UK facilities (see e3). We have strengthened our knowledge exchange activities with industry (see e2) and the public to increase research impact, and have built critical mass in research and training (see e1). -
IST Journal 2018
The Professional Body for Technical, Specialist, and Managerial Staff Earth sciences BiomedicalMaterials Criminology Physical sciences Interdisciplinary EngineeringApplied science Marine biology Food TechnologyGraphic design Chemistry ForensicsSoftware Textiles Technology Kingfisher House, 90 Rockingham Street Sheffield S1 4EB T: 0114 276 3197 [email protected] F: 0114 272 6354 www.istonline.org.uk Spring 2018 Contents n Editor’s welcome Ian Moulson 2 n Chairman’s view Terry Croft 3 n President’s view Helen Sharman 4 n New members and registrations IST Office 6 n IST organisation IST Office 8 n Joining the IST Kevin Oxley 11 n Vikki Waring: from cupboard to laboratory Andy Connelly 12 n Personal views of equality and diversity Denise McLean & Liaque Latif 14 n Roger Dainty remembered Ken Bromfield 16 n Technicians: the oracles of the laboratory? Andy Connelly 17 n Working in a place like nowhere else on earth: CERN Anna Cook 19 n Management of errors in a clinical laboratory Raffaele Conte 22 n Dicon Nance: a technician in form Andy Connelly 25 n Making and using monoclonal antibody probes Sue Marcus 28 n Flow of electro-deoxidized titanium powder Charles Osarinmwian 31 n Gestalt theories applied to science and technology Kevin Fletcher 35 n Drosophila facility Katherine Whitley 38 n Harris Bigg-Wither and the Roburite Explosives Company Alan Gall 42 n Andrew Schally – from technician to Nobel Prize Andy Connelly 52 n Building your own Raspberry Pi microscope Tim Self 54 n Titanium production in molten electrolytes Charles Osarinmwian -
Johnson, Matthey and the Chemical Society
•Platinum Metals Rev., 2013, 57, (2), 110–116• Johnson, Matthey and the Chemical Society Two hundred years of precious metals expertise http://dx.doi.org/10.1595/147106713X664635 http://www.platinummetalsreview.com/ By William P. Griffi th The founders of Johnson Matthey – Percival Johnson and George Matthey – played important roles in the foundation Department of Chemistry, Imperial College, London SW7 and running of the Chemical Society, which was founded in 2AZ, UK 1841. This tradition continues today with the Royal Society Email: w.griffi [email protected] of Chemistry and Johnson Matthey Plc. The nineteenth century brought a ferment of discovery and research to all branches of chemistry; for example some twenty-six elements were discovered between 1800 and 1850, ten of them by British chemists, including rhodium, palladium, osmium and iridium. In 1841 the Chemical Society – the oldest national chemical society in the world still in existence – was established. Both Percival Johnson (Figure 1(a)) and George Matthey (Figure 1(b)) were prominent members, Johnson being one of its founders. The Origins of the Chemical Society Although there had been an earlier London Chemical Society in 1824 it lasted for only a year (1). The Chemical Society of London (‘of London’ was dropped in 1848) was founded at a meeting held on 30th March 1841 at the Society of Arts in John Street (now John Adam Street), London, UK; Robert Warington (1807–1867), an analytical chemist later to become resident Director of the Society of Apothecaries (2), was instrumental in setting it up and his son, also Robert Warington, later wrote an account of its history for its 1891 Jubilee (3). -
Putting Biomedical Science on the Scientific Map: a Brief History of the Institute of Biomedical Science
SARAH HOLMAN PUTTING BIOMEDICAL SCIENCE ON THE SCIENTIFIC MAP: A BRIEF HISTORY OF THE INSTITUTE OF BIOMEDICAL SCIENCE The Journal of the International Federation of Clinical Chemistry and Laboratory Medicine HISTORY: PUTTING BIOMEDICAL SCIENCE ON THE SCIENTIFIC MAP: A BRIEF HISTORY OF THE INSTITUTE OF BIOMEDICAL SCIENCE The Institute of Biomedical Science (IBMS) is the largest professional body for scientists in pathology and laboratory medicine the United Kingdom. The IBMS currently represents over 20,000 members, the majority of whom are biomedical scientists. It has a strong presence in education provision and is an approved education provider for the Health Professions Council (HPC), a regulatory body for health professionals in the United Kingdom. The IBMS awards the Certificate of Competence, the gateway qualification to HPC registration and a career as a biomedical scientist, as well as providing a portfolio of professional training and educational qualifications covering all levels of professional practice that enable biomedical scientists to enhance their careers. Furthermore, the IBMS enjoys Licensed Member Body status conferred by the Science Council in the UK, enabling it to award Chartered Scientist (CSci) designation to appropriately qualified and experienced members. The IBMS is currently awaiting approval from the Science Council for the award of two further licences that will enable it to confer Registered Scientist and Registered Science Technician status to its eligible members. This will further enhance the Institute’s support of the development of the biomedical science workforce at all career levels. The IBMS is recognised by the Departments of Health in all four home countries of the United Kingdom as the professional body representing biomedical scientists, and has built strong relations and good communications with government and its agencies. -
Carbon Dioxide Adsorption by Metal Organic Frameworks (Synthesis, Testing and Modeling)
Western University Scholarship@Western Electronic Thesis and Dissertation Repository 8-8-2013 12:00 AM Carbon Dioxide Adsorption by Metal Organic Frameworks (Synthesis, Testing and Modeling) Rana Sabouni The University of Western Ontario Supervisor Prof. Sohrab Rohani The University of Western Ontario Graduate Program in Chemical and Biochemical Engineering A thesis submitted in partial fulfillment of the equirr ements for the degree in Doctor of Philosophy © Rana Sabouni 2013 Follow this and additional works at: https://ir.lib.uwo.ca/etd Part of the Other Chemical Engineering Commons Recommended Citation Sabouni, Rana, "Carbon Dioxide Adsorption by Metal Organic Frameworks (Synthesis, Testing and Modeling)" (2013). Electronic Thesis and Dissertation Repository. 1472. https://ir.lib.uwo.ca/etd/1472 This Dissertation/Thesis is brought to you for free and open access by Scholarship@Western. It has been accepted for inclusion in Electronic Thesis and Dissertation Repository by an authorized administrator of Scholarship@Western. For more information, please contact [email protected]. i CARBON DIOXIDE ADSORPTION BY METAL ORGANIC FRAMEWORKS (SYNTHESIS, TESTING AND MODELING) (Thesis format: Integrated Article) by Rana Sabouni Graduate Program in Chemical and Biochemical Engineering A thesis submitted in partial fulfilment of the requirements for the degree of Doctor of Philosophy The School of Graduate and Postdoctoral Studies The University of Western Ontario London, Ontario, Canada Rana Sabouni 2013 ABSTRACT It is essential to capture carbon dioxide from flue gas because it is considered one of the main causes of global warming. Several materials and various methods have been reported for the CO2 capturing including adsorption onto zeolites, porous membranes, and absorption in amine solutions. -
U DLCR Records of the Liquid Crystals and Advanced 1929-2015 Materials Research Group, University of Hull
Hull History Centre: Liquid Crystals & Advanced Materials Research Group, University of Hull U DLCR Records of the Liquid Crystals and Advanced 1929-2015 Materials Research Group, University of Hull Accession number: 2014/04(1-4); 2014/05 Historical Background: The Liquid Crystals Research Group at the University of Hull Chemistry Department The Beginnings - The 1930s-1940s The beginnings of the Liquid Crystals Research Group at the University of Hull are to be found in the 1930s with the research of Brynmor Jones (later Sir Brynmor Jones, Chancellor of the University of Hull) into liquid crystal materials. Having joined the University of Hull from Sheffield University's chemistry department, Jones began to establish a strong basis for research into this emerging area. George William Gray - The 1950s-1960s The mantle of liquid crystal research passed to George William Gray after he joined the Department of Chemistry in 1946 and completed his PhD thesis in 1953. Gray's first papers were published in collaboration with Jones but during the 1950s and 1960s it was his own interest and personal drive that kept research alive at a time when liquid crystals were less than fashionable and could attract little funding. In these decades the focus of Gray's research was the extension of earlier studies of the relationships between molecular structure and liquid crystal properties. This research centred on studies of alkoxy-aromatic carboxylic acids derived from benzene, biphenyl, naphthalene, fluorene, fluorenone and anthracene, and also studies -
Refereed Publications (A = Article, C = Communication, R = Review)
Curriculum Vitae: Douglas W. Stephan FRSC, FRS Current Address Department of Chemistry, University of Toronto, 80 St. George St. Toronto, ON, M5S3H6 [email protected]; [email protected] Phone: 416-946-3294; Cell: 647-339-3568; Admin. Asst: Shanna Pritchard 416-978-8940, [email protected] webpage: http://www.chem.utoronto.ca/staff/DSTEPHAN Home Address 47 St. Clair Ave. W., Suite 302, Toronto, ON. M4V 3A5; Home: 416-619-5901 Personal Born in Hamilton, Ontario, CANADA July 27 1953, married (Dianne L. Gunn) two adult children (David and Kathryn) Citizenship Canadian Education Ph.D 1980 (University of Western Ontario), B.Sc. 1976 (McMaster University, summa cum laude) Positions Held 2018-present University Professor, University of Toronto 2008-2018 Professor, University of Toronto 2016-2019 Chair, Editorial Board of Chemical Society Reviews 2016-2018 Einstein Visiting Fellow, TU Berlin. 2011-2017 Associate Editor, Chemical Society Reviews 2006 (Oct) International Research Guest Professor, WW-Universitaet Muenster 2008-2021 Canada Research Chair in Catalysis and New Materials (UToronto) 2005-2007 Canada Research Chair in Catalysis and New Materials (UWindsor) 2003-2006 Head, Department of Chemistry & Biochemistry 2002-2007 University Professor, University of Windsor 2002-2003 Humboldt Senior Awardee, WW-Universitaet Muenster 2001-2006 NSERC/NOVA Chemicals Corporation Industrial Research Chair 1995 DAAD Visiting Scientist, Muenster, Germany (declined) 1995 NSERC/DFG Visiting Scientist, WW-Universitaet Muenster. 1992-2002 -
Single-Purchase Product Guide Ebooks Connect Your Library Users to the Information They Need Most
Single-purchase product guide eBooks Connect your library users to the information they need most over over over 1,300 25,000 480,000 books chapters pages eBook features Convenient online access • Books can be split by chapter to • MARC records and comprehensive usage read and download statistics, free of charge • Easy to use, powerful • Perpetual ownership search features • Unlimited access and usage • Downloads can be saved in • All titles DOI indexed to chapter level multiple formats Truly scalable Choose a package to suit your needs, or create one from scratch The complete collection Annual collections All 1,300 eBooks in one package Update your collection year by year Pick and Choose Subject collections Your pick of key titles, minimum spend £1,000 Smaller sets, focusing on specific topic areas Try before you buy... ...or start a conversation To access the first chapters of For more details on our eBook our entire eBook collection for packages contact your account free, visit manager or email rsc.li/echapters [email protected] Print books High quality, globally respected chemical science titles that span the breadth of our subject Book sets Collections of print books sorted by subject area or theme – a cost-effective way to get all the titles you need. Choose from 30 sets in a range of subjects, including: • Water • Green • Waste • General chemistry • Catalysis • Metals • Nanoscience • Neuroscience • Drug discovery • Agriculture and toxicology • Polymers • Energy • Computational Prices start from just £165. Browse the full range of book sets at rsc.li/bookset Specialist periodical reports: critical reviews of recent literature Specialist periodical reports (SPRs) are essential Contributing authors analyse, evaluate and for keeping on top of literature and current distil the latest progress in their specialist opinion in particular research fields. -
Financial Statements and Trustees' Report 2017
Royal Society of Chemistry Financial Statements and Trustees’ Report 2017 About us Contents We are the professional body for chemists in the Welcome from our president 1 UK with a global community of more than 50,000 Our strategy: shaping the future of the chemical sciences 2 members in 125 countries, and an internationally Chemistry changes the world 2 renowned publisher of high quality chemical Chemistry is changing 2 science knowledge. We can enable that change 3 As a not-for-profit organisation, we invest our We have a plan to enable that change 3 surplus income to achieve our charitable objectives Champion the chemistry profession 3 in support of the chemical science community Disseminate chemical knowledge 3 and advancing chemistry. We are the largest non- Use our voice for chemistry 3 governmental investor in chemistry education in We will change how we work 3 the UK. Delivering our core roles: successes in 2017 4 We connect our community by holding scientific Champion for the chemistry profession 4 conferences, symposia, workshops and webinars. Set and maintain professional standards 5 We partner globally for the benefit of the chemical Support and bring together practising chemists 6 sciences. We support people teaching and practising Improve and enrich the teaching and learning of chemistry 6 chemistry in schools, colleges, universities and industry. And we are an influential voice for the Provider of high quality chemical science knowledge 8 chemical sciences. Maintain high publishing standards 8 Promote and enable the exchange of ideas 9 Our global community spans hundreds of thousands Facilitate collaboration across disciplines, sectors and borders 9 of scientists, librarians, teachers, students, pupils and Influential voice for the chemical sciences 10 people who love chemistry. -
The Application of Measurement Science to Environmental Analytical Chemistry for Air Quality Studies
The Application of Measurement Science to Environmental Analytical Chemistry for Air Quality Studies Dr Richard J. C. Brown ARCS DIC CChem CSci EurChem FRSC Analytical Science Division National Physical Laboratory Submitted for the award of the Doctor of Science degree from Imperial College London February 2012 Contents Page no. Contents 2 Curriculum vitae 3 Preface 5 List of publications submitted 7 D.Sc. statement: The Application of Measurement Science to 10 Environmental Analytical Chemistry for Air Quality Studies - Sub-area: Mercury vapour measurement in ambient air 10 - Sub-area: The chemical composition of particulate matter in ambient air 14 - Sub-area: Novel measurement and data analysis techniques 17 - Summary of personal contributions 19 Reprints of publications submitted 20 Annex: Peer-reviewed publications list a - j Page 2 of 20 Curriculum Vitae Name: Dr Richard J. C. Brown ARCS DIC CChem CSci EurChem FRSC Date of Birth: 14th December 1975 Employer: National Physical Laboratory Position: Head of Trace Chemical Analysis & Principal Research Scientist Section: Analytical Science Division E-mail: [email protected] Direct line: 020 8943 6409 Mobile: 07718 195299 Higher Education: 1994-1997 B.Sc. Chemistry (1st class), Imperial College, London. Awarded the Governors’ Prize in Chemistry for the top 1st class degree. Associate of the Royal College of Science. 1997-2000 PhD Physical Chemistry, Imperial College, London. Awarded the Final Year Research Prize. Diploma of Imperial College. Summary of professional experience, responsibilities and achievements: National Physical Laboratory (NPL) career history and internal awards: 2000 Joined the Environmental Standards Section at NPL 2002 Promoted to Senior Research Scientist 2004 Promoted to Principal Research Scientist (fastest ever promotion to this position) 2004 Appointed Head of Trace Chemical Analysis • Winner of the Rayleigh award for NPL’s best peer-reviewed paper (2003), & three times runner-up (2006, 2007 & 2010). -
CV Majed Chergui 2020
Curriculum Vitae of Majed CHERGUI Born 8.5.1956 in Casablanca (Morocco), Swiss and French citizen Married, three children born 1981, 1988 and 1990 Laboratoire de Spectroscopie Ultrarapide (LSU) and Lausanne Centre for Ultrafast Science (LACUS), Ecole Polytechnique Fédérale de Lausanne (EPFL), Faculty of Basic Sciences, ISIC CH H1 625, Station 6, CH-1015 Lausanne, Switzerland. Phone: ++41-21-693 0457/2555 (office); ++41-76-569 5566 (cell), Fax:++-41-21-693 0365 [email protected]; http://lsu.epfl.ch; http://LACUS.epfl.ch Higher Education 1977 Chelsea College, University of London. BSc. in Physics and Mathematics 1978 Université Paris-Sud, Orsay. MSc in Atomic and Molecular Physics 1981 Université Paris-Sud, Orsay. PhD in Physics. Supervisor : Professor Jacques Bauche 1986 Université Paris-Nord, Villetaneuse. Doctorat d'État (Habilitation) in Physics. Supervisor : Professor Venkataraman Chandrasekharan 1987-1988 Postdoc at the Physics Dept of the Freie Universität Berlin. Supervisor : Professor Nikolaus Schwentner. Professional experience 1980-1982 Assistant lecturer of Physics (Université Paris-Nord) 1982-1990 Research assistant at the National Centre for Scientific Research (C.N.R.S) at Univ. Paris-Nord, then Univ. Paris-sud 1987-1988 Fellow of the Alexander von Humboldt Foundation at the Freie Universität Berlin (Germany). 1990-1993 Senior research Assistant at the Inst. for Experimental Physics of the Freie Universität Berlin 1993-2003 Full Professor of Experimental Condensed Matter Physics at the Université de Lausanne (Switzerland) 1996 Guest Professor, National University of Quilmes-Buenos Aires (Argentina) 1999-2000 Research Associate, American University of Beirut (Lebanon) 2003- Professor of Physics and Chemistry, Ecole Polytechnique Fédérale de Lausanne, Switzerland 2009-2010 Guest A.