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Spectroscopy has become the most valuable tool for the identification and monitoring of compounds and materials in a wide range of technical and scientific industries. Present day users may not have had the opportunity for daily practice in the interpretation of spectra enjoyed by a previous generation of spectroscopists. In a changing world, reorganisation of industry has often resulted in the loss of dedicated spectroscopy units and experienced spectroscopists, so that in the workplace even the possibility of having an expert eye cast over a spectrum is limited. The Infrared and Raman Discussion Group and the University of York both have long- standing commitments to the provision of industrially relevant courses. They have drawn together a concentration of spectroscopic experience for this intensive course. It will address the need for a thorough grounding in the interpretation of infrared and Raman spectra for users at all levels of expertise. The course will consist of lectures and workshops and there will be plenty of opportunities for informal discussions with the Tutors.
Any user of IR or Raman spectroscopy or anyone whose work relies on IR or Raman data (whether in the laboratory, in the factory, or in the field) can benefit from this course. Even experienced users will benefit from the contact with tutors and the opportunity to study spectra of a wide range of materials and chemical groupings.
Infrared spectroscopy is useful for the analysis of organic and inorganic substances, whether of biological, geological or synthetic origin. It requires very small quantities and can be used in the examination of solids, liquids, gases, solutions and slurries. Raman spectroscopy, although often less familiar than IR, has become increasingly popular through the availability of FT-NIR Raman spectrometers. It has the advantage that no sample preparation is required and it can be used remotely, on-line and in aqueous solutions.
There will be no separate lectures for infrared and Raman spectroscopy, which will be dealt with as a unity as far as is practicable. Sessions covering all the main types of compound will form the core of the course. In addition, the wide range of further topics will provide the opportunity to discuss more advanced concepts relevant to interpretation.
The lecture & tutorial programme will include:
Invited Tutor: Professor John van der Maas (University of
Utrecht)
Hydrocarbons: aliphatic, alicyclic, saturated and
unsaturated
Oxygenated compounds
Inorganic compounds
John Chalmers (VSConsulting & University of
Nottingham)
Polymers
Quantitative aspects
Artefacts
Geoffrey Dent (Zeneca Specialities, Blackley)
Nitrogen
compounds
Computer-aided interpretation of spectra
Solid, liquid,
solution? Polymorphism etc.
Andrew Horn (University of York)
Aromatic hydrocarbons
Peter de Peinder (Molecular Analysis, Philips CFT, The
Netherlands)
Heterocycles and other atoms - sulfur, silicon and
phosphorus
Derek Steele (Consultant)
Molecular vibrations and infrared
theory
Raman spectroscopy: Halogen containing compounds
The Course will be held in the Department of Chemistry at the University of York. Registration will take place in Chemistry from 10:00 - 11:00 a.m. on Wednesday 26th September, 2001, when coffee will be available. The course finishes at 17.00 on Friday 28th September.
Delegates will be housed in ensuite rooms in Langwith College on the University of York campus (close to the Department of Chemistry).
Delegates who register early (before 6th August 2001) may do so at the discounted rate of £740. After 6th August, the registration fee is £840. Members of the IRDG may claim a £50 discount.
The registration fee covers all tuition, course lecture notes, accommodation, meals, refreshments and a special Course Dinner.
The University of York enjoys a splendid campus location just two miles from the centre of York itself. There are excellent rail links from London, Manchester and Newcastle Airports, and the campus is easily reached by road via the A1 and A64.
How to get to the University of York.
This historic walled city with its medieval guild halls and hostelries offers many attractions for the visitor, including the Jorvik Viking Centre, the National Railway Museum, York Minster, York Castle Museum, Clifford's Tower and the Merchant Adventurers' Hall, as well as an excellent shopping centre. York is set in the centre of the Vale of York with the Yorkshire Dales, Moors and Wolds and stately homes and other attractions all within easy reach.
A registration form can be downloaded as a Word document. Or contact Barbara Jones if you would like a hard-copy to be sent to you.
If you have any questions about the course please contact Annie Hodgson.
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Dr Annie Hodgson Department of Chemistry University of York Heslington York, YO10 5DD UK Tel: +44 (0)1904 433022 |
Mrs Barbara Jones Department of Chemistry University of York Heslington York, YO10 5DD UK Tel: +44 (0)1904 432515 |
The Infrared and Raman Discussion Group (IRDG) is a long-standing, active, independent society. Membership is drawn from industry, academia and research organisations. The unifying feature of members is an interest in any aspect of theoretical or applied industrial spectroscopy. Four meetings a year are held, including an industrial meeting and the long standing 'Christmas' meeting at King's College, London. The Society is committed to training through the provision of courses and the Martin and Willis prizes for young spectroscopists.
For membership details contact John Chalmers, Tel/Fax: +44(0)1642
714306.
E-mail: JohnMChalmers@aol.com
The Department of Chemistry at The University of York offers other short courses on a range of interesting topics.