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Exeter Analytical (UK)
Address:
University of Warwick Science Park Barclays Venture Centre
Sir William Lyons Road
Coventry
CV4 7EZ
UK
Telephone: (UK) +44 247 6323223
http://www.exeteranalytical.co.uk
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Listing of all 27 news releases from Exeter Analytical (UK):
Explosive compound analysis made safe and accurate
For nitrocellulose compounds, and other explosive materials, Exeter Analytical has developed a new safe and accurate percentage nitrogen determination method based its model CE440 elemental analyser
News from Exeter Analytical (UK) (28 April 2008)
Inexpensive alternative to method USP 730
Limit test for heavy metals demonstrates that the content of metallic impurities that are coloured by sulphide ion does not exceed the limit specified in the pharmacopeia standards
News from Exeter Analytical (UK) (21 March 2008)
Determination of fluorine in organic compounds
Warwick Analytical Service has further refined its highly accurate and precise method for the potentiometric micro- and semi micro-determination of fluorine in organic compounds
News from Exeter Analytical (UK) (22 February 2008)
Determination of C, H, and N in filter samples
Direct determination of total CHN retained on a filter is more sensitive, precise and cost-effective than making measurements on pre- and post- filtered samples and calculating the difference
News from Exeter Analytical (UK) (31 January 2008)
More precise and consistent nitrogen determination
Research and development at Exeter Analytical has revealed a series of critical parameters that need to be satisfied to produce high purity copper with the maximum porous active surface area
News from Exeter Analytical (UK) (20 December 2007)
CHN analysis of perfluorinated compounds.
Technical background article Application note describes a reliable analytical method for accurately determining the percentage carbon (C), hydrogen (H) and nitrogen (N) content of difficult to combust perfluorinated compounds
News from Exeter Analytical (UK) (27 November 2007)
Precise determination of halogens and sulphur
Recent investment in automated titration equipment will enable Warwick Analytical Service to enhance its highly accurate determination of halogens (Cl, Br, I) and sulphur as an analytical service
News from Exeter Analytical (UK) (30 October 2007)
Analytical services now GMP-compliant
Warwick Analytical Services offers elemental analysis (ICP, CHNS, halogen analysis), optical rotation, NMR, MS, FT-IR, thermal analysis and particle sizing on a contract basis
News from Exeter Analytical (UK) (25 September 2007)
Microwave digestion of samples for ICP analysis
Recent investment in microwave digestion equipment is enabling Warwick Analytical Service to prepare and analyse a range of demanding sample types by inductively coupled plasma (ICP-OES) spectrometry
News from Exeter Analytical (UK) (23 July 2007)
Straightforward determination of sample purity
Technical background article Technical paper examines a range of sample types that pose problems for determining sample purity using popular analytical techniques such as mass spectrometry (MS) and NMR spectroscopy
News from Exeter Analytical (UK) (20 June 2007)
An introduction to elemental microanalysis
Technical background article Technical paper examines the consequences of the design differences of the three types of CHN elemental analyser when the analysers are run in real laboratory environments
News from Exeter Analytical (UK) (18 May 2007)
UK training courses in elemental microanalysis
Exeter Analytical (UK) is launching a series of one-day training seminars aimed at scientists involved with or interested in using microanalysis techniques
News from Exeter Analytical (UK) (12 April 2007)
Accurate, reliable CHN/O/S analysis
The model CE-440 is a fully automated CHN/O/S elemental analyser designed to give accurate, reliable results, over the widest range of sample types presented for analysis
News from Exeter Analytical (UK) (21 March 2007)
Exeter Analytical/WAS report on business expansion
As a result of double-digit growth in 2006, Exeter Analytical (UK) and its sample analysis division Warwick Analytical Service (WAS) have doubled the size of their offices in Warwick, UK
News from Exeter Analytical (UK) ( 6 March 2007)
Safe elemental analysis sample preparation
The Schoniger flask combustion method using the OFCU-1 is capable of being used for the determination of elemental composition from percentage levels to parts per million
News from Exeter Analytical (UK) (27 September 2006)
High accuracy determination of nitrogen content
Exeter Analytical has launched Linear Regression Plus - a unique software algorithm for its CE440 elemental analyser enabling high accuracy determination of the nitrogen content of combustible samples
News from Exeter Analytical (UK) (19 July 2006)
Exeter Analytical extends quality accreditation
Exeter Analytical (UK), together with its sample analysis division - Warwick Analytical Services (WAS) have announced an extension of their ISO quality accreditation
News from Exeter Analytical (UK) (13 June 2006)
Quick and inexpensive sample purity checking
Warwick Analytical Service can investigate and precisely measure the percentage carbon, hydrogen and nitrogen content of samples with an accuracy of better than +/-0.3% for a wide range of samples
News from Exeter Analytical (UK) (25 May 2006)
CHN microanalysis consumables at lowest prices
Exeter Analytical launches a scheme enabling users of leading brands of CHN/O/S elemental microanalysers to benefit from using the highest quality consumables and supplies at guaranteed lowest prices
News from Exeter Analytical (UK) (14 April 2006)
Determining organic sample elemental composition
Exeter Analytical has expanded the wealth of useful background technical and applications information accessible from its website
News from Exeter Analytical (UK) (23 March 2006)
Investigation of optically active substances
High quality ICP analytical services
UK 'centre of excellence' for elemental analysis
CHN analysis of filter samples
The first, second, third, and fifth elements
Removing variability from microanalysis
CHN analysis in less than five minutes
