The primary mechanism for living polymerisation under a source of gamma radiation at low dose rates is shown to be reversible addition-fragmentation chain transfer. This was demonstrated by showing that the initial transfer step determines the success of the polymerisation. When an inappropriate leaving group is chosen for the RAFT agent, the polymerisation is non-living. Under a reversible termination mechanism the 'living'-ness should be independent of this initial transfer step.</p
Living radical polymerization has allowed complex polymer architectures to be synthesized in bulk, s...
International audienceIonizing radiation has become the most effective way to modify natural and syn...
International audienceIonizing radiation has become the most effective way to modify natural and syn...
Using gamma-radiation as initiation source at ambient temperatures (i.e. T approximate to 20 degrees...
Living polymerization of styrene was observed using gamma radiation as a source of initiation and 1-...
A novel experimental procedure is presented that allowed probing of reversible addition-fragmentatio...
A novel experimental procedure is presented that allowed probing of reversible addition-fragmentatio...
Ionizing radiation, such as gamma, ultraviolet, microwave and X-ray radiation, has long been used in...
Living polymerization of styrene was observed using γ radiation as a source of initiation and 1-phen...
Using γ-radiation as initiation source at ambient temperatures (i.e. T ≈ 20 °C) for reversible addit...
AbstractIonizing radiation, such as γ, ultraviolet, microwave and X-ray radiation, has long been use...
Living radical polymerization has allowed complex polymer architectures to be synthesized in bulk, s...
International audienceIonizing radiation has become the most effective way to modify natural and syn...
International audienceIonizing radiation has become the most effective way to modify natural and syn...
Using gamma-radiation as initiation source at ambient temperatures (i.e. T approximate to 20 degrees...
Living polymerization of styrene was observed using gamma radiation as a source of initiation and 1-...
A novel experimental procedure is presented that allowed probing of reversible addition-fragmentatio...
A novel experimental procedure is presented that allowed probing of reversible addition-fragmentatio...
Ionizing radiation, such as gamma, ultraviolet, microwave and X-ray radiation, has long been used in...
Living polymerization of styrene was observed using γ radiation as a source of initiation and 1-phen...
Using γ-radiation as initiation source at ambient temperatures (i.e. T ≈ 20 °C) for reversible addit...
AbstractIonizing radiation, such as γ, ultraviolet, microwave and X-ray radiation, has long been use...
Living radical polymerization has allowed complex polymer architectures to be synthesized in bulk, s...
International audienceIonizing radiation has become the most effective way to modify natural and syn...
International audienceIonizing radiation has become the most effective way to modify natural and syn...