9, Fluor (F)

Fluorine, lat. fluere = fließen

Massenwirkungsgesetz
         
  H He  
  O F Ne  
  S Cl Ar  
         
 

Löslichkeitsprodukte:
Substanz Formel Reaktion pL β (g/L)
Actiniumfluorid AcF3 AcF3 ↔ Ac3+ + 3F- 15.63 1.54•10-2
Aluminiumfluorid AlF3 AlF3 ↔ Al3+ + 3F- 3.28 5.58•100
Americium(III)fluorid AmF3 AmF3 ↔ Am3+ + 3F- 13.3 6.23•10-2
Bariumfluorid BaF2 BaF2 ↔ Ba2+ + 2F- 5.76 1.33•100
Bariumhexafluoridosilicat BaSiF6 BaSiF6 ↔ Ba2+ + SiF62- 6 2.79•10-1
Blei(II)fluorid PbF2 PbF2 ↔ Pb2+ + 2F- 7.48 4.96•10-1
Cäsiumhexafluoridoplatinat(IV) Cs2PtF6 Cs2PtF6 ↔ 2Cs+ + PtF62- 5.62 4.85•100
Cäsiumhexafluoridosilicat Cs2SiF6 Cs2SiF6 ↔ 2Cs+ + SiF62- 4.9 5.98•100
Cäsiumtetrafluoridoaluminat CsAlF4 CsAlF4 ↔ Cs+ + AlF4- 0.94 8•101
Cäsiumtetrafluoridoborat CsBF4 CsBF4 ↔ Cs+ + BF4- 2.28 1.6•101
Cadmiumfluorid CdF2 CdF2 ↔ Cd2+ + 2F- 1.01 4.35•101
Calciumfluorid CaF2 CaF2 ↔ Ca2+ + 2F- 8.28 8.55•10-2
Calciumhexafluoridosilicat CaSiF6 CaSiF6 ↔ Ca2+ + SiF62- 3.09 5.19•100
Cer(III)fluorid CeF3 CeF3 ↔ Ce3+ + 3F- 15.1 1.45•10-2
Chrom(III)fluorid CrF3 CrF3 ↔ Cr3+ + 3F- 10.18 1.36•10-1
Curium(III)fluorid CmF3 CmF3 ↔ Cm3+ + 3F- 16.5 1•10-2
Dysprosiumfluorid DyF3 DyF3 ↔ Dy3+ + 3F- 16.5 7.22•10-3
Eisen(II)fluorid FeF2 FeF2 ↔ Fe2+ + 2F- 5.63 7.85•10-1
Eisen(III)fluorid FeF3 FeF3 ↔ Fe3+ + 3F- 6.94 9.11•10-1
Erbiumfluorid ErF3 ErF3 ↔ Er3+ + 3F- 16.3 8.28•10-3
Europium(III)fluorid EuF3 EuF3 ↔ Eu3+ + 3F- 17.2 4.59•10-3
Gadoliniumfluorid GdF3 GdF3 ↔ Gd3+ + 3F- 16.9 5.6•10-3
Galliumfluorid GaF3 GaF3 ↔ Ga3+ + 3F- 13.78 2•10-2
Holmiumfluorid HoF3 HoF3 ↔ Ho3+ + 3F- 16.4 7.73•10-3
Indiumfluorid InF3 InF3 ↔ In3+ + 3F- 9.1 4•10-1
Kaliumhexafluoridoaluminat K3AlF6 K3AlF6 ↔ 3K+ + AlF63- 7.61 1.42•100
Kaliumhexafluoridogermanat(IV) K2GeF6 K2GeF6 ↔ 2K+ + GeF62- 4.52 5.2•100
Kaliumhexafluoridohafnat K2HfF6 K2HfF6 ↔ 2K+ + HfF62- 2.7 2.94•101
Kaliumhexafluoridoplatinat(IV) K2PtF6 K2PtF6 ↔ 2K+ + PtF62- 4.54 7.48•100
Kaliumhexafluoridosilicat K2SiF6 K2SiF6 ↔ 2K+ + SiF62- 6.06 1.33•100
Kaliumhexafluoridotitanat(IV) K2TiF6 K2TiF6 ↔ 2K+ + TiF62- 3.22 1.28•101
Kaliumhexafluoridozirconat K2ZrF6 K2ZrF6 ↔ 2K+ + ZrF62- 3.3 1.42•101
Kaliumtetrafluoridoborat KBF4 KBF4 ↔ K+ + BF4- 2.89 4.5•100
Kaliumtrifluoroacetat KCF3COO KCF3COO ↔ K+ + CF3COO- 0.36 1•102
Kobalt(II)fluorid CoF2 CoF2 ↔ Co2+ + 2F- 1.96 1.36•101
Kupfer(I)fluorid CuF CuF ↔ Cu+ + F- 4.95 2.76•10-1
Kupfer(II)fluorid CuF2 CuF2 ↔ Cu2+ + 2F- 5.79 7.52•10-1
Lanthanfluorid LaF3 LaF3 ↔ La3+ + 3F- 16.2 7.66•10-3
Lithiumfluorid LiF LiF ↔ Li+ + F- 2.74 1.11•100
Lithiumhexafluoridoaluminat Li3AlF6 Li3AlF6 ↔ 3Li+ + AlF63- 7.24 1.1•100
Lutetiumfluorid LuF3 LuF3 ↔ Lu3+ + 3F- 15.9 1.08•10-2
Magnesiumfluorid MgF2 MgF2 ↔ Mg2+ + 2F- 10.29 1.46•10-2
Mangan(II)fluorid MnF2 MnF2 ↔ Mn2+ + 2F- 2.3 1•101
Natriumfluorid NaF NaF ↔ Na+ + F- 0.03 4.06•101
Natriumhexafluoridoaluminat Na3AlF6 Na3AlF6 ↔ 3Na+ + AlF63- 9.39 4.14•10-1
Natriumhexafluoridosilicat Na2SiF6 Na2SiF6 ↔ 2Na+ + SiF62- 4.51 3.72•100
Neodymfluorid NdF3 NdF3 ↔ Nd3+ + 3F- 18.6 1.98•10-3
Nickelfluorid NiF2 NiF2 ↔ Ni2+ + 2F- 3.55 4•100
Plutonium(III)fluorid PuF3 PuF3 ↔ Pu3+ + 3F- 15.6 1.66•10-2
Plutonium(IV)fluorid PuF4 PuF4 ↔ Pu4+ + 4F- 19.2 1.53•10-2
Praseodym(III)fluorid PrF3 PrF3 ↔ Pr3+ + 3F- 18.7 1.83•10-3
Promethiumfluorid PmF3 PmF3 ↔ Pm3+ + 3F- 18.1 2.65•10-3
Quecksilber(I)fluorid [Hg2]F2 [Hg2]F2 ↔ Hg22+ + 2F- 5.51 4.03•100
Rubidiumhexafluoridoplatinat(IV) Rb2PtF6 Rb2PtF6 ↔ 2Rb+ + PtF62- 6.12 2.76•100
Rubidiumhexafluoridosilicat Rb2SiF6 Rb2SiF6 ↔ 2Rb+ + SiF62- 6.3 1.57•100
Rubidiumtetrafluoridoborat RbBF4 RbBF4 ↔ Rb+ + BF4- 2.92 6•100
Samariumfluorid SmF3 SmF3 ↔ Sm3+ + 3F- 17.5 3.84•10-3
Scandiumfluorid ScF3 ScF3 ↔ Sc3+ + 3F- 23.24 6.93•10-5
Strontiumfluorid SrF2 SrF2 ↔ Sr2+ + 2F- 8.36 1.29•10-1
Terbium(III)fluorid TbF3 TbF3 ↔ Tb3+ + 3F- 16.7 6.33•10-3
Thoriumfluorid ThF4 ThF4 ↔ Th4+ + 4F- 14.7 1.17•10-1
Thuliumfluorid TmF3 TmF3 ↔ Tm3+ + 3F- 16.2 8.83•10-3
Uran(IV)fluorid UF4 UF4 ↔ U4+ + 4F- 21.24 5.85•10-3
Wismut(III)fluorid BiF3 BiF3 ↔ Bi3+ + 3F- 7.76 1.34•100
Ytterbium(III)fluorid YbF3 YbF3 ↔ Yb3+ + 3F- 16 1.01•10-2
Yttriumfluorid YF3 YF3 ↔ Y3+ + 3F- 16.9 3.81•10-3
Zinkfluorid ZnF2 ZnF2 ↔ Zn2+ + 2F- 1.52 2.03•101
Zirkoniumfluorid ZrF4 ZrF4 ↔ Zr4+ + 4F- 3.11 1.32•101

Komplexdissoziationskonstanten:
Komplex Formel Reaktion pD
Hexafluoridoaluminat AlF63- AlF63- ↔ Al3+ + 6F- 19.7
Hexafluoridoferrat(III) FeF63- FeF63- ↔ Fe3+ + 6F- 9.2
Hexafluoridohafnat(IV) HfF62- HfF62- ↔ Hf4+ + 6F- 38
Hexafluoridoscandat ScF63- ScF63- ↔ Sc3+ + 6F- 17.3
Hexafluoridostannat(IV) SnF62- SnF62- ↔ Sn4+ + 6F- 25
Hexafluoridotitanat(IV) TiF62- TiF62- ↔ Ti4+ + 6F- 2.3
Hexafluoridouranat(IV) UF62- UF62- ↔ U4+ + 6F- 29
Hexafluoridozirconat ZrF62- ZrF62- ↔ Zr4+ + 6F- 38.11
Tetrafluoridoberyllat BeF42- BeF42- ↔ Be2+ + 4F- 12.89
Tetrafluoridocerat(III) CeF4- CeF4- ↔ Ce3+ + 4F- 11.39
Tetrafluoridodysprosat(III) DyF4- DyF4- ↔ Dy3+ + 4F- 12.86
Tetrafluoridoerbat(III) ErF4- ErF4- ↔ Er3+ + 4F- 13.08
Tetrafluoridoeuropat(III) EuF4- EuF4- ↔ Eu3+ + 4F- 12.12
Tetrafluoridogadolinat GdF4- GdF4- ↔ Gd3+ + 4F- 12.49
Tetrafluoridoholmat(III) HoF4- HoF4- ↔ Ho3+ + 4F- 13
Tetrafluoridoindat(III) InF4- InF4- ↔ In3+ + 4F- 9.7
Tetrafluoridolanthanat LaF4- LaF4- ↔ La3+ + 4F- 10.37
Tetrafluoridolutetat LuF4- LuF4- ↔ Lu3+ + 4F- 13.3
Tetrafluoridoneodymat(III) NdF4- NdF4- ↔ Nd3+ + 4F- 11.83
Tetrafluoridopraseodymat(III) PrF4- PrF4- ↔ Pr3+ + 4F- 11.54
Tetrafluoridosamarat(III) SmF4- SmF4- ↔ Sm3+ + 4F- 11.98
Tetrafluoridoterbat(III) TbF4- TbF4- ↔ Tb3+ + 4F- 12.78
Tetrafluoridothulat(III) TmF4- TmF4- ↔ Tm3+ + 4F- 13.15
Tetrafluoridouranylat(VI) UO2F42- UO2F42- ↔ UO22+ + 4F- 11.7
Tetrafluoridovanadylat(IV) VOF42- VOF42- ↔ VO2+ + 4F- 8.1
Tetrafluoridovanadylat(V) VO2F43- VO2F43- ↔ VO2+ + 4F- 7.1
Tetrafluoridoytterbat(III) YbF4- YbF4- ↔ Yb3+ + 4F- 13.22
Trifluoridochromat(III) CrF3 CrF3 ↔ Cr3+ + 3F- 10.2
Trifluoridoneptunylat(VI) NpO2F3- NpO2F3- ↔ NpO22+ + 3F- 10.4
Trifluoridoplutonylat(VI) PuO2F3- PuO2F3- ↔ PuO22+ + 3F- 9.8
Trifluoridostannat(II) SnF3- SnF3- ↔ Sn2+ + 3F- 12.9