By J. Y. Marks, G. G. Welcher, R. J. Spellman (auth.), Ivor L. Simmons, Galen W. Ewing (eds.)
Volume eight within the sequence development in AnaZyticaZ Chemistry offers a range of the papers given on the 1975 japanese Analytical Symposium. The analytical chemist is below consistent strain not just from the examine chemist whose sampIes he needs to signify and regulate, but in addition from an ever-increasing team of governmental companies inspired by means of public problem over overall healthiness and environmental difficulties, to figure out the main subtle different types of compounds as reduce and reduce degrees. the topics coated in those papers are wide-ranging, from the research of incinerator effluents to the choice of gear in blood, yet via them runs a typical topic, the appli cation of the newest instrumental concepts to the issues of study. The authors convey how winning they've been in emerging to the analytical demanding situations pre sented via an more and more advanced international. The editors take this chance to thank them for his or her efforts in generating such first-class papers for booklet in so brief a time. Dur precise appreciation is going to Dr. M. W. Miller, who acted as software chairman, and his workforce of consultation chairmen: P. R. Brown, L. J. Cline Love, C. Horvath, J. R. Lindsay, and T. C. Rains.
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J. C. VanLoon and C. Parissis, Analytical Letters, !. (8), 519 (1968). (~) J. C. VanLoon and C. Parissis, Analyst, 94, 1057 (1969) . ) W. J. Price and J. T. H. Roose, Analyst, 93, 709 (1968) . (~) J. W. Yule and G. A. Swanson, Atomic Absorption Newsletter, ~, 30 (1969). (~) F. J. Langmyhr and P. E. Paus, Anal. Chirn. Acta, 43, 397 (1967). (2) F. J. Langmyhr and P. E. Paus, Atornic Absorption Newsletter, 2, 103 (1968). [~) G. H. Omang, Anal. Chirn. Acta, 46, 225 (1969). :~) L. Capacho-Delgado and D.
The oxide is then reduced to the element by the hot graphite, and the analyte atoms are volatilized into the optical path at the atomization temperature. SampIe drying, charring, and atomization times must be empirically determined for each element placed in the furnace. The drying portion of the cycle is used to eliminate solvents and any low-temperature boiling components. The charring is employed to remove highly volatile materials without loss of the analyte. The atomization temperature is the lowest temperature which gives maximum absorbance for the analyte.
2) F. J. Langmyhr and P. E. Paus, Atornic Absorption Newsletter, 2, 103 (1968). [~) G. H. Omang, Anal. Chirn. Acta, 46, 225 (1969). :~) L. Capacho-Delgado and D. C. Manning, Analyst, 92, 553 (1967). :10) Bedrich Bernas, Anal. , 40, 1682 (1968). :11) P. L. Boar and L. K. Ingrarn, Analyst, 95, 124 (1970). :~) M. A. Hildon and W. J. F. Allen, Analyst, 96, 480 (1971) • 13) R. P. Eardley and R. A. Reed, Ana1yst, 96, 699 (1971). 14) W. D. Cobb and T. S. Harrison, Analyst, 96, 764 (1971). lil P. E. Paus, Anal.