By Arthur Martell, Robert M. Smith
Over the previous fifteen years the fee on Equilibrium information of the Analytical department of the I nter nationwide Union of natural and utilized Chemistry has been sponsoring a noncritical compilation of steel complicated formation constants and comparable equilibrium constants. This paintings used to be large in scope and ended in the book of 2 huge volumes of balance Constants via the Chemical Society (London). the 1st quantity, edited by way of L. G. Si"en (for inorganic ligands) and via A. E. Marte" (for natural ligands), was once released in 1964 and lined the literature via 1962. the second one quantity, subtitled complement No.1, edited through L. G. Si"en and E. Hogfeldt (for inorganic ligands) and via A. E. Marte" and R. M. Smith (for natural ligands), was once released in 1971 and lined the literature as much as 1969. those huge compilations tried to hide a" papers within the box regarding steel advanced equilibria (heats, entropies, and unfastened energies). because it was once the coverage of the fee in the course of that interval to prevent judgements about the caliber and reliability of the broadcast paintings, the compilation may often comprise from ten to 20 values for a unmarried equilibrium consistent. in lots of situations the values could vary by way of one or perhaps orders of importance, therefore complex readers who desired to use the information with out doing the huge literature examine essential to ensure the right kind worth of the consistent in question.
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Additional info for Critical Stability Constants: Inorganic Complexes
7 _4 e (-2) W (_6)e (_S)W (-2S)e 52 II.
L 1. 21 1. 2; y 30°, 0 Bibliography: H+ 42SH,66BK y3+_ Lu 3+ Be 2+ Mg 2+ 7lSK 73HHa Ac 3+ 6SRS 3+ 3+ Pu -Es 65CK,65Sc,72HPa,74KC Sc 3+ 64KS,67KG Th 4+ 64B,64KS,65Sc,74KC,74KM SOWS lld II. 34 INORGANIC LIGANDS Hydrogen thiocyanate (continued) u4+ 54AL,55DW U0 22+ V2+ Cr 2+ 49Aa,57DM,64VM,71AKa 52YV,53BG,53CH,53FH,53J,56LS,56Ta, 68MSa,680P 5 7GS, 57I, 5lTS, 5 7YT, 58Hf>~ 58PD, 58SW, 58YF 60NA,61BT,61GS,61MD,61SN,62LY,62S, Mn 2+ 58YK,63TC,64TCa,67NT,73HH 62Va,63RS,64K,64VM,65HS,65MSW,65NH, Fe 2+ 58YK,67CS 66CM,66SD,66VV,68P,69SMT,69SS,70FS, Co 2+ 51SS,58SP,58YK,62TZ,62W,63TC,64KS, 70SGK,71BSB,71DD,71KN,71MO,71MS,71PT, 67NT,70MM,71SM,73HH 72HPB,72L,73CDa,73RT,74RB,74TM Ni 2+ 58YK,62W,63TC,67NT,68MT,70MM,73HH, 74K Cu 2+ V3+ 59TT,62W,67NT,70MM,73HH,74K cr 3+ Fe 3+ 54PB,55PK 51FG,67BSW,68KT 51MM,51SS,53BD,55LR,56L,57YT,58BCC, 58P,61Y,64KS,65MR,67CS,68Ma,68PC,69VM 5lFG,68SW 59FS 12K,54KT,54LN,55LN,56VS 66K 29B,70CG 65SS 65BB 52Sb,57N,58BC,58PD,60KM,62KC,65KM, 660L,71FR Pd 2+ Zn 2+ 66MK,70DSa,71AKb,73RS Cd 2+ 41L,57TH,63TC,64KS,66Gb,68G,68GJa, 63GKG,65FK,66BSA 73HH,73RS Hg 2+ Sn 2+ 56T,62TE,70CG,71AKb,74Kb 61GO 2+ 3+ (CH3)2Sn ,CH 3Sn 68PC 2 Pb + 56LS,59TH,63MKT,67NT A1 3+ Ga 3+ 64KS,68DD In 3+ 54Sa,64KS,68DD,69R Bi 3 71FKa 63VM Other references: 26B,49KH,51HDC,52AP, D.
7 Bibliography: H+ Mg 2+ Ca 2+ 14MR,25MM,28SH,35MB,35SM,35W,37P,38CH, Pb 2+ 41HS,43HD,46N,57MS,58FN,58NR,59Ea,60GL, Other references: 28RS,35KA,59FB,61NM 00Bc,03AC,07P,09SL,11AV, 61NM,71Nb, 73DH, 73MC 13AP,14W,15J,17SL,220,23M,26HB,29K, 41G,62H,63Ha,74RL 30M,39HJ,42N,42Na,46KD,50M,51M,52Lb, 29FJ,35HR,37BH,41G,46Na,62GT,68La,70Lb, 52Sf,55MB,56BC,57Sa,57Sb,57Sc,58LG, 74JL,74RL 35KA 58MG,58ML,58VG,59E,59Kb,59KS,59U, Sr 2+ 2+ Ba 35KA,46Na,73BS y 3+_Yb 3+ 66JH 2+ Mn 35KA,63H,70GK Fe 2+,Ni 2+,Zn 2+,Cd 2+ 35KA Co 2+ 67B Cu 2+ 35KA,58Sb,59FB,68SRG Ag+ 27WB Hg2 2+ 29B 60BG,60BK,60R,61GM,61GT,61PK,62GM, 62PNN,62SH,62WS,63E,63MG,63R,63SR, 64FD,65BBa,65GSS,66BT,67Ba,68B,68BB, 68Na,69Bc,69H,69NR,70HKS,71Na,72MV, 720S D.