REFERENCES

P S Analytical holds an extensive reference library and has also published/co-authored many papers on subjects ranging from AFS and its advantages to specific papers detailing work on complicated applications.

If you would like information on publications relating to a specific subject area please contact us, we may well have some useful references and would be pleased to assist.

Some of the most commonly requested references are listed below and new papers are being added on a continuous basis. If you have a paper reference which you feel would be a useful addtion to our library please contact us.

Useful references for Environmental and Petrochemical monitoring can be found on our References page.

Details of applications work carried out on PSA instrumentation is available on our Application Notes page.

News Updates relating to PSA instrumentation and software are detailed on our News Updates page.

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

Note: Additional papers will be listed on an on-going basis.