Library No:

References:

1501

Methylmercury in water samples at the pg/L level by online preconcentration liquid chromatography cold vapour-atomic fluorescence spectrometry
Christoph-Cornelius Brombach, Dr Bin Chen, Dr Warren T Corns, Jorg Feldmann and Eva Krupp

1500

Direct online HPLC-CV-AFS method for traces of methylmercury without derivatisation: a matrix-independent method for urine, sediment and biological tissue samples
Christoph-Cornelius Brombach, Zuzana Gajdosechova, Dr Bin Chen, Andrew Brownlow, Dr Warren T Corns, Jorg Feldmann and Eva Krupp

1499

Accurate fast screening for total and inorganic arsenic in rice grains using hydride generation atomic fluorescence spectrometry (AFS)
Dr Bin Chen, Dr Warren T Corns, Dr Peter B Stockwell and Jen-How Huang

1451

Field comparison of manual and semi-automatic methods for the measurement of total gaseoud mercury in ambient air and assessment of equivalence
:Corns W; Dexter M; Brown A S; Brown R J C; Kumar Y

1428

Mercury in crematoria using atomic fluorescence spectrometry
Stockwell P B; Corns W T; Dexter M A

1426

Monitoring Mercury Emissions using AFS - CEM 2011
P B Stockwell; W T Corns; M A Dexter

1397

Health risk associated with dietary coexposure to high levels of antimony and arsenic in the world's largest antimony mine area
:Fengchang Wu; Zhiyou Fu; Bijun Liu; Changli Mo; Bin Chen; Warren Corns

1376

A novel automatic method for the measurement of mercury vapour in ambient air and comparison of uncertainty with established semi-automatic and manual methods
Stockwell, P B; Corns, W T; Brown, R J C; Brown, A S; Dexter, M A

1347

SI Traceablity of Mercury Calibrations
W, T. Corns; P, B. Stockwell; M, A. Dexter; R, Brown; A, Brown; R, Duarey

1349

Expanded uncertainty model for the determination of total gaseous mercury in ambient air using amalgamation coupled to atomic fluorescence spectrometry
W, T. Corns; P, B. Stockwell; R, Brown; A, Brown

1348

Aresnic speciation in Atmospheric PM 2.5 and PM10 using Hydride Generation - Atomic Fluorescence Spectrometry
D, Sanchez-Rodas; W, T. Corns; P, B. Stockwell; J, L. Gomez-Ariza; V, Oliveira

1300

25 years' experience of vapour generation techniques for quantifying trace levels of mercury, arsenic, selenium and antimony in a range of environmental samples
Stockwell, P.B; Corns, W.T; Brown, R.J.C; Brown, A.S; Yardley, R.E

1271

A practical uncertainty budget for ambient mercury vapour measurement
Stockwell, P.B; Corns, W.T; Brown, R.J.C; Brown, A.S; Yardley, R.E

1260

Application of a computer controlled adsorber/desorber system to monitor mercury in air or gas samples. Part 1. Calibration and system description
Stockwell, P.B; Corns, W.T; Stockwell, P.M; Ebdon, L

1057

Mercury Measurements: Overcoming Contamination and Interferences to Enable the Correct Measurements for Valued Judgements
Stockwell, P.B; Corns, W.T; Bryce, D.W

1036

Mercury Measurements in Fossil Fuels, Particularly Petrochemicals
Stockwell, P.B; Corns, W.T; Bryce, D.W

0979

A comparison betweek ICP-MS and AFS detection for arsenic speciation in environmental samples;
Gomez-Ariza J.L., Sanchez-Rodas D., Giraldez I., Morales E., Talanta 51 (2000) 257-268

0996

Monitoring and Removal of Mercury in a Texaco IGCC Gasifier System;
Ghani, J.K., Steele R.D., and McDaniel, J.E., Paper No. 03-1-91-AWMA

0999

Determination of Selenite, Selenate and Selenocyanate in waters by ion chromatography-hydride generation-atomic fluorescence spectrometry (IC-HG-AFS);
Wallschlager, D., and Bloom N.S., JAAS, 2001, 16, 1322-1328

0895

Determination of mercury, selenium, bismuth, arsenic and antimony in human hair by microwave digestion atomic fluorescence spectrometry;
Rahman, L., Corns, W.T., Bryce, D.W., and Stockwell, P.B., Talanta 52 (2000) 833-843

0877

Atomic fluorescence Spectrometry - An ideal facilitator for the determination of mercury in the petrochemical industry;
Corns, W.T., Stockwell, P.B., Brahma, N., Ebdon, L., Foulkes, M., Shafawi, A., Grillo, A., Oral Presentation (available from PSA)

0683

Automated determination of sulfide as hydrogen sulfide in waste streams by gas-phase molecular absorption
Stockwell, P.B; Corns, W.T; Hill, S.J; Ebdon, L; Jameel, M

0675

Determination of Organomercury and Mercury in Environmental Samples by Flow Injection Atomic Fluorescence Spectrometry
Stockwell, P.B; Corns, W.T; Lester, J.N; Williams, T.P

0674

The determination of methylmercury from environmental samles: A comparison of instrumental methods
Stockwell, P.B; Corns, W.T; Lester, J.N; Williams, T.P

0647

Determination of Mercury, Selenium, Bismuth, Arsenic and Antimony in Human Hair by Microwave Digestion Atomic Fluorescence Spectrometry
Stockwell, P.B; Corns, W.T

0633

The advantages of atomic fluorescence for the measurement of mercury levels in environmental samples
Stockwell, P.B; Corns, W.T

0552

Rapid method for the determination of total mercury in urine samples using cold vapour atomic fluorescence spectrometry
Stockwell, P.B; Corns, W.T, Jameel, M

0534

The reduction of the release of mercury vapour from dental amalgam using a tothpaste containing armaguard
Corns, W.T; Hulten, J; Waern, R; Paalzow, L

0522

Environmental Sensors Based on Atomic Fluorescence
Stockwell, P.B; Corns, W.T

0464

The automation of analytical measurements
Stockwell, P.B; Corns, W.T;

0141

Installation of equipment and operator training as part of a marketing strategy
Stockwell, P.B

0121

The role of flow injection analysis within the framework of an automated laboratory
Stockwell, P.B; Corns, W.T; Stockwell, P.M; Ebdon, L

0011

Atomic Fluorescence Spectrometry Tracks Down Environmental Pollutants
Stockwell, P.B

0010

Application of a computer controlled adsorber/desorber system to monitor mercury in air or gas samples. Part 1. Calibration and system description
Stockwell, P.B; Corns, W.T; Stockwell, P.M; Ebdon, L

0007

Automated cold vapour flow injection analysis of mercury at high concentrations
Stockwell, P.B; Corns, W.T; Ebdon, L.C; Hill, S.J