Chlorine oxide
Dichlorine heptoxide , Cl2 O7
Chlorine and oxygen can bond in a number of ways:
chlorine monoxide radical, ClO• , chlorine (II) oxide radical
chloroperoxyl radical, ClOO• , chlorine (II) peroxide radical
chlorine dioxide , ClO2 , chlorine (IV) oxide
chlorine trioxide radical, ClO3 • , chlorine (VI) oxide radical
chlorine tetroxide radical, ClO4 • , chlorine (VII) oxide radical
dichlorine monoxide , Cl2 O , chlorine (I) oxide
chlorine peroxide , Cl2 O2 , dimer of chlorine monoxide radical or ClO dimer, chlorine (I) peroxide
dichlorine trioxide , Cl2 O3 as O−Cl−ClO2 , chlorine (III,V) oxide
dichlorine trioxide, Cl2 O3 as possible isomer Cl−O−ClO2 , chlorine (I,V) oxide
dichlorine trioxide, Cl2 O3 as hypothetical isomer O−Cl−O−Cl−O , chlorine (III) oxide
dichlorine tetroxide, also known as chlorine perchlorate , Cl2 O4 or ClOClO3 , chlorine (I,VII) oxide
dichlorine pentoxide , Cl2 O5 or ClOOClO3 , is hypothetical
dichlorine hexoxide or chloryl perchlorate, Cl2 O6 or [ClO2 ]+ [ClO4 ]− , chlorine (V,VII) oxide
dichlorine heptoxide , Cl2 O7 , chlorine (VII) oxide
dichlorine octoxide, chlorine (VII) oxide peroxide or dimer of chlorine tetroxide radical, Cl2 O8 or (OClO3 )2
Several ions are also chlorine oxides:
See also
References