Talanta

Selectivity enhancements for the determination of thorium by flow-injection analysis through the formation of the Th-DTPA-HQS fluorescent ternary complex
pp. 811-817(7)
Authors: Liwen Y.; Lucy C.A.

Photometric determination of anionic surfactants with a flow-injection analyzer that includes a chromatomembrane cell for sample preconcentration by liquid-liquid solvent extraction
pp. 819-824(6)
Authors: Moskvin L.N.; Simon J.; Loffler P.; Michailova N.V.; Nicolaevna D.N.

Chemical speciation by flow-injection analysis. A review
pp. 825-838(14)
Authors: Campanella L.; Pyrzynska K.; Trojanowicz M.

Head-space flow injection for the on-line determination of iodide in urine samples with chemiluminescence detection
pp. 839-850(12)
Authors: Burguera J.L.; Brunetto M.R.; Contreras Y.; Burguera M.; Gallignani M.; Carrero P.

Monitoring CP-93,393 reaction mixtures by flow-injection analysis-mass spectrometry
pp. 851-857(7)
Authors: Colgan S.T.; Sharp T.R.; Hammen P.D.; Reed R.H.; Horan G.J.; Gwiazda P.W.

Fluorimetric flow-injection analysis of total amounts of aldehydes in auto exhaust gas and thermal degradation emission gas with cyclohexane-1,3-dione
pp. 859-865(7)
Authors: Sakai T.; Nagasawa H.; Nishikawa H.

Determination of ultra-trace amounts of arsenic(III) by flow-injection hydride generation atomic absorption spectrometry with on-line preconcentration by coprecipitation with lanthanum hydroxide or hafnium hydroxide
pp. 867-880(14)
Authors: Nielsen S.; Sloth J.J.; Hansen E.H.

Non-linearity with metal-metal indicator complex reactions in flow-injection analysis
pp. 881-888(8)
Authors: van Staden J.F.; Malan D.

Enhanced surfactant determination by ion-pair formation using flow-injection analysis and dynamic surface tension detection
pp. 889-899(11)
Authors: Young T.E.; Synovec R.E.

Gas chromatographic sensing on an optical fiber by mode-filtered light detection
pp. 901-907(7)
Authors: Bruckner C.A.; Synovec R.E.

Electroinjection analysis. The introduction of a new variant of flow-injection analysis and comparison with electrophoretically-mediated microanalysis
pp. 909-914(6)
Authors: Andreev V.P.; Kamenev A.G.; Popov N.S.

Field-portable flow-injection analysers for monitoring of air and water pollution
pp. 915-925(11)
Authors: Alexander P.W.; Di Benedetto L.T.; Dimitrakopoulos T.; Hibbert D.B.; Ngila J.C.; Sequeira M.; Shiels D.

Potentiometric and voltammetric detection using a two-channel fountain cell
pp. 927-935(9)
Authors: Wasberg M.; Stenlund K.; Ivaska A.

Flow-injection analysis systems with immobilized enzymes. Improvement of applicability by integration of coupled reactions, separation steps and background correction
pp. 937-942(6)
Authors: Schmidt H.-L.; Becker T.; Ogbomo I.; Schuhmann W.

Potentiometric flow-injection determination of trace hydrogen peroxide based on its induced reaction in iron(III)-iron(II) potential buffer containing bromide and molybdenum(VI)
pp. 943-950(8)
Authors: Ishibashi N.; Ohura H.; Imato T.; Yamasaki S.

Determination of primary aromatic amine in quality control of X-ray contrast media by flow-injection analysis
pp. 951-955(5)
Authors: Johansen G.; Grini K.; Langseth-Manrique K.; Karstensenb K.H.

Flow-injection determination of trace hydrogen peroxide or glucose utilizing an amperometric biosensor based on glucose oxidase bound to a reticulated vitreous carbon electrode
pp. 957-962(6)
Authors: Khayyami M.; Johansson G.; Kriz D.; Xie B.; Larsson P.-O.; Danielsson B.

Flow-injection systems for determination of trace manganese in various salts by catalytic photometric detection
pp. 963-969(7)
Authors: Yamane T.; Koshino K.

Flow-injection spectrophotometric determination of ascorbic acid in pharmaceutical products with the Prussian Blue reaction
pp. 971-976(6)
Authors: Nobrega J.A.; Lopes G.S.

Lead preconcentration onto C-18 minocolumn in continuous flow and its determination in biological and vegetable samples by flame atomic absorption spectrometry
pp. 977-983(7)
Authors: Lima R.; Leandro K.C.; Santelli R.E.