the titanate zirconate acidic u2014 p u2550 o oh group the monomer contains a basic functional group that will react to form a salt but not go on to other reactions such as oxidation a tertiary amine group is favorable this could be a dialkyl amine group methylpyridine functionality or a range of basic nitrogen heterocyclic groups the rest of the reactive momomer must contain an activated carbon carbon double bond the c u2550 c bond to be activated should be conjugated with c u2550 o as in an ester ketone aldehyde or amide with u2014 cn with oxygen as in a vinyl ether or with oxygen nitrogen or sulfur in an allylic linkage or with an aromatic ring as in styrene or vinyl ferrocene in a more generalized form as set forth the above identified application ser no 11 747 481 the adducts can be defined as where r is a hydrocarbon radical or substituted hydrocarbon radical and the activating group is conjugated with the c u2550 c it has been found that a nitrate or sulfonate group e g u201c x u201d may be substituted for the phosphate group and the results of this invention may be achieved thus the adducts may be defined as other monomers of the adducts of this invention are exemplified by the following these organotitanates or zirconates are further described in considerable detail in the following us patents which are incorporated herein in their entireties by reference namely u s pat nos 4 069.