RAFT is a type of living polymerization involving a conventional radical polymerization which is mediated by a RAFT agent.
32.
It is synthesized via free radical polymerization and is readily functionalized making it useful in a variety of applications.
33.
The difficulties of free-radical polymerization of PTMA could be avoided if the oxidation step were not necessary.
34.
The rate of reaction for free radical polymerization is exceedingly quick, due to the reactivity of the radical intermediates.
35.
Macromonomers were known as reversible chain transfer agents during this time, but had limited applications on controlled radical polymerization.
36.
RAFT polymerization is known for its compatibility with a wide range of monomers as compared to other controlled radical polymerizations.
37.
The hydroxyl radicals ( OH " ) may combine in a radical polymerization reaction to also form H 2 O 2.
38.
RAFT polymerization can be performed by adding a chosen quantity of an appropriate RAFT agent to a conventional free radical polymerization.
39.
In many cases, CMRP exploits the weak cobalt ( III )-carbon bond to control the radical polymerization reaction.
40.
In conventional bulk free radical polymerization, the dispersity is often controlled by the proportion of chains that terminate via combination or disproportionation.
