Lron chloride

Iron, tris(hexafluoroacetylacetone)-structure, 1,65 Iron, tris(oxalato)-chemical actinometer, 1,409 photoreduction, 1,471 relief-image-forming systems, 6,125 Iron, tris(l,10-phenanthroline)-absorptiometry, 1,549 racemization, 1,466 solid state, 1,467 structure, 1, 64 lron(III) chloride amino acid formation prebiotic systems, 6,871 Iron complexes acetonitrile. 4,1210 acetylacetone, 2,371 amidines... 

These methods, when applied to the downtown Phoenix aerosol sample, produced a satisfying range of particle types and left unasslgned only about MJ of the particles (Table I). The major particle type was quartz whldi accounted for 19> of the particles. Various alumino-silicate types were the next most abundant. Easily identifiable types included clusters rich in only one to three elements, including iron (7il), calciun Oil), calciun-silicon-lron (4H), calciun-sulfur (1J), lead OS), lead-chloride-bromide OS) and titanium (2S). The abundances of these particle types, indicated in parentheses, vary widely from site to site. Many particles rich in heavy metals were found in the unassigned group at this point. 

Calcium acetylide, Iron(III) chloride, lron(lll) oxide, 0585... 

B.4-23 J. C, S. Cassa and A, J. Monhemius, Kinetics of Extraction of lron(JII) from Chloride Solutions by Trioctylamine. in R. G. Bautista (Ed.), Hydrometallurgical Process Fundamentals, p. 327. Plenum, New York, 1984. 

Fe(C6HsN)4]Cls Tetrapyridine-iron(II) chloride, 1 184 KeClj Iron(III) chloride, 3 190 FeOtH lron(III) oxide, 2 215 FejOj 7-Iron(III) oxide, 1 185 FesOj-HjO j8-Iron(III) oxide hydrate, 2 215... 

J. C. S. Cassa and A. J. Monhemius, Kinetics of Extraction of lron(IU) from Chloride Solutions... 

Calcium hydroxide (lime milk) Suspension lron(lll)chloride sulfate 2SS... 

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