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IR-8.6                         I N O R G A N I C  A  C I D S  A N D  D  E R I V A T I V E S





                            in  groups,  cases
                        oxoacids  oxoacids  most                                                 (continued)


                        of  to  group/OH  In
                        derivatives  related  OH  an  of  H 2 S 2 O 3 ).  (e.g.



                        replacement  compounds  for  or  atoms,  first  listed H 2 S 2 O 3 ¼ [SO(OH) 2 S]’).  name  or dihydrido-1k 2 H-dioxido-2k 2 O-dinitrogen(N—N) (dioxidanido)dihydroxidooxidophosphorus  m-peroxido-1kO,2kO 0 -bis(dihydroxidooxidophosphorus) m-peroxido-1kO,2kO 0 -bis(trioxidophosphate)(4 ) (dioxidanido)hydroxidodioxidosulfur m-peroxido-1kO,2kO 0 -bis(hydroxidodioxidosulfur) m-peroxido-1kO,2kO 0 -bi




                        functional  names  tom/O  a  O  atoms  ‘  (additive)  (dioxidanido)dioxidonitrogen dioxidoperoxidonitrate(1 ) (dioxidanido)oxidonitrogen oxidoperoxidonitrate(1 )  amidodioxidonitrogen,  trioxidoperoxidophosphate(3 ) trichloridooxidophosphorus  trioxidoperoxidosulfate(2 )  dihydroxidooxidosulfidosulfur hydroxidodioxidosulfanidosulfur trioxidosulfidosulfate(2 ) dihydroxidosulfidosulfur hydroxidooxi



                        some  (additive)  an  of  hydrogen  (e.g.  IR-7  Systematic

                        for  systematic  replacement
                        names  and  chalcogen-bound)  Chapter  of  name  acid


                        (additive)  IR-8.6)  formal  by  principles  replacement  acid a  acid a  acid  trichloride  acid  acid  O-acid  S-acid  O-acid  S-acid


                        systematic  Section  derived  are  or (oxygen-  the  to  Functional  peroxynitric  peroxynitrate a  peroxynitrous  peroxynitrite a  amide  phosphoroperoxoic  phosphoroperoxoate  phosphoryl  2-peroxydiphosphoric  2-peroxydiphosphate  sulfuroperoxoic  sulfuroperoxoate  2-peroxydisulfuric  2-peroxydisulfate  sulfurothioic  sulfurothioic  sulfurothioate  sulfurothious  sulfurothious



                        and  (see  given  ‘acid’  according  nitric
                        names,  names  examples  the  assembled  name  or  oxide  acid a


                        replacement  replacement  The  anions.  with  format  entities,  common  acid a  acid a  acid a  trichloride,  trichloride  acid a  acid a  acid  acid  acid  acid




                        functional  functional  corresponding  classical  coordination  Acceptable  peroxynitric  peroxynitrate a  peroxynitrous  peroxynitrite a  nitramide  peroxyphosphoric  peroxyphosphate a  phosphoryl  phosphorus  eroxydiphosphoric  peroxydiphosphate a  peroxysulfuric  peroxysulfate a  peroxydisulfuric  peroxydisulfate a  thiosulfuric  thiosulfuric  thiosulfate  thiosulfurous  thiosulfurous



                        names,  names,  and  the  in  given  as      p

                        common  common  isomers  group(s).  cases  written



                        Acceptable  acceptable  certain  and  or  atom(s)  some  in  only)  (or  also  ¼ [PO 3 (OO)] 3   H 4 P 2 O 8 ¼ [(HO) 2 P(O)OOP(O)(OH) 2 ]  ¼ [O 3 POOPO 3 ] 4   ¼ [SO 3 (OO)] 2  H 2 S 2 O 8 ¼ [(HO)S(O) 2 OOS(O) 2 (OH)]  [O 3 SOOSO 3 ] 2



                        IR-8.2  gives  Table  IR-8.1  (an)other  are Formulae  are  HNO 4 ¼ [NO 2 (OOH)]  ¼ [NO 2 (OO)]    NO 2 NH 2 ¼ N(NH 2 )O 2  H 3 PO 5 ¼ [PO(OH) 2 (OOH)]  H 2 SO 5 ¼ [SO 2 (OH)(OOH)]  ¼ H 2 S 2 O 3 ¼ [SO(OH) 2 S] H 2 S 2 O 3 ¼ [SO 2 (OH)(SH)]  ¼ [SO 3 S] 2   H 2 S 2 O 2 ¼ [S(OH) 2 S] H 2 S 2 O 2 ¼ [SO(OH)(SH)]

                        Table  This  Table  by  formulae  Formula  NO 4    [NO(OOH)]  [NO(OO)]    [PO 5 ] 3   [PCl 3 O]  [P 2 O 8 ] 4   [SO 5 ] 2   [S 2 O 8 ] 2   S 2 O 3 2




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