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Extra resources for Dean's Analytical Chemistry Handbook (McGraw-Hill Handbooks)
Five M HNO ; F. W. E. Strelow, Anal. Chem. three Pb–0. 05 M HBr + zero. five M HNO ; 50:1359 (1978) three Cd–0. 02 M HBr + 2 M HNO ; three Bi–0. 05 M EDTA + zero. 1 M NH NO four three Th, Hf, Zr, Mo AG 1-X8 Th–0. 7 N H SO ; Hf–1. 25 N H SO ; F. W. E. Strelow and C. J. C. 2 four 2 four Zr–2 N H SO ; Mo–2 N NH NO , Bothma, Anal. Chem. 2 four four three zero. five N NH 39:595 (1967) three Ba, Sr, Ca, Mg AG 1-X8 Ba, Sr, Ca–0. 05 M (NH ) Cit; F. N. Kraus and okay. A. Kraus, four three Mg–0. five M H Cit* J. Am. Chem. Soc. 77:801 (1955) three Th, Fe, V AG 1-X8 Adsorbed as citrate complexes; J. Korkisch and H. Krivanec, Th–8 M HCl; Fe–MIBK, acetone, Anal. Chim. Acta 83:111 (1976) 1 M HCl (1:8:1 v/v); V–1 M HCl Th, U AG 1-X8 Th–9. 6 M HCl; U–0. 1 M HCl S. S. Berman, L. E. McKinney, and M. E. Bednas, Talanta 8:143 (1961) Fe(III), Pu(IV) AG 1-X8 Adsorbed in nine M HCl; Fe–7. 2 M HNO ; N. A. Talvitie, Anal. Chem. three Pu–1. 2 M HCl, zero. 6% H O 43:1827 (1971) 2 2 Pt, Au, Os, Ir, Rh, AG 1-X8 J. Korkisch and H. Klaki, Pd, Ru Talanta 15:339 (1968) Ag, As, Cd, Co, Cr, Cu, AG 1-X2 W. Zmijewska, H. Fe, Hg, In, Mo, Mn, Polkowski-Motrenki, and Sb, Sc, W, Zn J. Stokowski, J. Radio Anal. Nucl. Chem. 84:319 (1984) Nb, Ta (from Mo, Ti, AG 1-X8 Adsorbed in three M HCl + three. eight M HF. Wash S. Kallmann, H. Oberthin, W, Zr) with one column quantity HCl-HF and R. Liu, Anal. Chem. resolution. Elute Nb with 350 mL 34:609 (1962) (14% NH Cl + zero. 072 M HF) at four one hundred twenty five mL/h. Elute Ta with 350 mL of related eluate adjusted to pH 6 with NH3 Pt, Pd AG 1-X8 C. H. department and D. Hutchinson, J. Anal. At. Spectrom 1:433 (1986) Bi, Cd, Fe, Cu, Mn, Ni AG 50W-X8 Bi–60% acetone, zero. 1 M HCl; Cd– J. S. Fritz and T. A. Rettig, Anal. 70% acetone, zero. 2 M HCl; Fe– Chem. 34:1562 (1962) eighty% acetone, zero. five M HCl; Cu– ninety% acetone, zero. five M HCl; Mn– ninety two% acetone, 1 M HCl: Ni– aqueous three M HCl Downloaded from electronic Engineering Library @ McGraw-Hill (www. digitalengineeringlibrary. com) Copyright © 2004 The McGraw-Hill businesses. All rights reserved. Any use is topic to the phrases of Use as given on the web site. initial SEPARATION equipment initial SEPARATION equipment 2. eighty one desk 2. 37 steel Separations on Ion Exchangers ( endured ) Ion Metals exchanger Eluent and eluted ions Reference Cation-exchange resins V, U, Sc, Y AG 50W-X8 V–0. five N H SO ; U–1 N H SO ; F. W. E. Strelow, R. 2 four 2 four Sc–2 N H SO ; Y–4 M HCl Rethemeyer, and C. J. C. 2 four Bothma, Anal. Chem. 37:106 (1965) Be, Ba, Sr AG 50W-X8 Be, Ba–9 M HClO ; Sr–5 M HNO F. Nelson, T. Murase, and ok. A. four three Kraus, J. Chromatogr. 13:503 (1964) ok, Ti, Sc AG 50W-X8 K–9 M HClO ; Ti–9 M HCl; Sc– F. Nelson, T. Murase, and okay. A. four four M HCl, zero. 1 M HF Kraus, J. Chromatogr. 13:503 (1964) Y and infrequent earth AG 50W-X8 J. G. Crock et al. , Talanta parts 33:601 (1986) ecu, Dy, Sm, Gd AG 50W-X8 F. Flavelle and A. D. Westland, Talanta 33:445 (1986) As(V), As(III), AG 50W-X8 pattern adsorbed at pH 2. 5–7. methylarsonate, (top) and AG As(III) and methylarsonate– dimethylarsinate 1-X8 (bottom) zero. 006 M Cl CCOOH (two A. A. Grabinski, Anal. Chem. three bands): As(V)–0.