Examples of the "controlled" class of these reactions include ATRP and RAFT.
The products of one subtype of these reactions can be quantitatively predicted in terms of two parameters which represent resonance and polar effects and are defined by reference to standard values of 1 and -0.8; that's the Q-e scheme, whose results can be plugged into the Mayo-Lewis equation. These reactions become reversible above the ceiling temperature. If the product of one of these reactions can undergo one of these reactions again, it's referred to as telechelic. One type of these reactions uses functional groups like xanthates and di-thio-esters to make the deactivation step reversible. Olefin metathesis is used in a type of these reactions which is thermodynamically favorable due to ring strain. Examples of the "controlled" class of these reactions include ATRP and RAFT. A narrow Poisson distribution of products can be produced in, for 10 points, what class of reactions' "living" type?
The products of one subtype of these reactions can be quantitatively predicted in terms of two parameters which represent resonance and polar effects and are defined by reference to standard values of 1 and -0.8; that's the Q-e scheme, whose results can be plugged into the Mayo-Lewis equation.
polymerization [accept copolymerization]