424
PU dispersion (PUD), 181
PU foams
biopolyols (see Biopolyols)
crosslinked network structures, 144
foaming agents, 143
mechanical strength, 144
preparation, 138
systhesis method
one-shot foaming, 144
preparation materials, 144
semi-prepolymer, 144
two-step foaming, 144
Pullulan, 99
Pyrethrins, 76
Pyridyl-siloxanes, 272
Pyrogenic silica, 221, 222
Pyrolysis oil, 145
Q
Quercetin, 76
R
Radical polymerization, 28
Reactive and functional polymers, 1
Reactive oxygen species (ROSs), 75
Reactive polyesters
1,4-cyclohexane dimethanol, 175
dicarboxylic acids, 175
glycols and dicarboxylic acids, 157
PCL, 176
polycondensation, 174
polyols, 175
ROP, 175
saturated (see Saturated polyesters)
synthesis, 175
UPs (see Unsaturated polyesters (UPs))
Reactive sintering
additives/binders, 46
composites, 49
compression molding, 46, 47
environmentally friendly process, 46
fillers, 51
GTR-based magnetorheological
elastomers, 51
GTR/carbon nanotube mixtures, 51
isocyanate index, 47, 48
latex and polychloroprene, 47
morphology, 49
patented mixtures, 47
performance properties, 49–51
PU adhesives, 47
PU matrix, 47, 48
rubber wastes, 46
SMART project, 49
sulfur-based curing systems, 46
sulfur curing system, 49
Reclaiming/devulcanization, 52
carbon black migration, 53
curing additives, 53
research, 52
tensile properties, 53
three-dimensional crosslinked
network, 52
Red blood cells (RBC), 77
Relative humidity (RH), 117
Reversible addition-fragmentation chain
transfer polymerization (RAFT), 30
Ring opening polymerization (ROP), 27, 28,
174, 237–241, 244, 249, 250, 272
Room temperature vulcanizing (RTV)
silicones, 297, 308, 309, 311
Rubber recycling, 44
Rubber wastes
ETRMA statistics, 45
GTR, 46
resistant, biodegradation, 43
rubber recycling, 44, 45
tires, 44
S
Saturated polyesters
applications, 171, 172
carboxylic acid groups
Benzyltrimethylammonium
chloride, 171
crosslinked polymer, 170
hydroxyalkylamides, 171
TGIC, 170
trifunctional monomer, 170
curing agent, 169
hydroxyl/carboxylic acid groups, 163
hydroxyl functional groups
aromatic isocyanates, 170
catalyst concentration, 170
methylolated melamine, 169, 170
polyisocyanate, 170
transetherification, 169
monomers
curing agent, 163
dicarboxylic acids/anhydrides,
164, 165
glycols, 163, 164
polyesterification, 165
trifunctional glycol, 163
Scientific community, 248
Index
PU dispersion (PUD), 181
PU foams
biopolyols (see Biopolyols)
crosslinked network structures, 144
foaming agents, 143
mechanical strength, 144
preparation, 138
systhesis method
one-shot foaming, 144
preparation materials, 144
semi-prepolymer, 144
two-step foaming, 144
Pullulan, 99
Pyrethrins, 76
Pyridyl-siloxanes, 272
Pyrogenic silica, 221, 222
Pyrolysis oil, 145
Q
Quercetin, 76
R
Radical polymerization, 28
Reactive and functional polymers, 1
Reactive oxygen species (ROSs), 75
Reactive polyesters
1,4-cyclohexane dimethanol, 175
dicarboxylic acids, 175
glycols and dicarboxylic acids, 157
PCL, 176
polycondensation, 174
polyols, 175
ROP, 175
saturated (see Saturated polyesters)
synthesis, 175
UPs (see Unsaturated polyesters (UPs))
Reactive sintering
additives/binders, 46
composites, 49
compression molding, 46, 47
environmentally friendly process, 46
fillers, 51
GTR-based magnetorheological
elastomers, 51
GTR/carbon nanotube mixtures, 51
isocyanate index, 47, 48
latex and polychloroprene, 47
morphology, 49
patented mixtures, 47
performance properties, 49–51
PU adhesives, 47
PU matrix, 47, 48
rubber wastes, 46
SMART project, 49
sulfur-based curing systems, 46
sulfur curing system, 49
Reclaiming/devulcanization, 52
carbon black migration, 53
curing additives, 53
research, 52
tensile properties, 53
three-dimensional crosslinked
network, 52
Red blood cells (RBC), 77
Relative humidity (RH), 117
Reversible addition-fragmentation chain
transfer polymerization (RAFT), 30
Ring opening polymerization (ROP), 27, 28,
174, 237–241, 244, 249, 250, 272
Room temperature vulcanizing (RTV)
silicones, 297, 308, 309, 311
Rubber recycling, 44
Rubber wastes
ETRMA statistics, 45
GTR, 46
resistant, biodegradation, 43
rubber recycling, 44, 45
tires, 44
S
Saturated polyesters
applications, 171, 172
carboxylic acid groups
Benzyltrimethylammonium
chloride, 171
crosslinked polymer, 170
hydroxyalkylamides, 171
TGIC, 170
trifunctional monomer, 170
curing agent, 169
hydroxyl/carboxylic acid groups, 163
hydroxyl functional groups
aromatic isocyanates, 170
catalyst concentration, 170
methylolated melamine, 169, 170
polyisocyanate, 170
transetherification, 169
monomers
curing agent, 163
dicarboxylic acids/anhydrides,
164, 165
glycols, 163, 164
polyesterification, 165
trifunctional glycol, 163
Scientific community, 248
Index