204
Poly{n-decyl-(S)-2-methylbutylsilane} (1-S),
134, 135
Poly{n-dodecyl-(R)-2-methylbutylsilane}
(2-R), 134, 135
Poly{n-dodecyl-(S)-2-methylbutylsilane}
(2-S), 134, 135
Polyene natamycin, 15
Polyfluorene, 120, 122, 130
Polymer dissolution, 13
Polymer films, 13, 14, 16
Polymer materials
crosslinked, 32
mechanical strength, 33
stress relaxation, 36
with shape memory performance, 32
Polymer matrix, 17, 20
Polymeric resins, 148
Polymerization mechanisms, MIP
FRP, 71, 72
RDRP (see Reversible deactivation radical
polymerization (RDRP))
Polymers
advantages, 165
characteristics, 19
flammability, 165, 171–173
with dental applications, 142
Polyolefin coating, 16
Polyolefin films, 14
Polyolefin matrices, 17, 18
Polyolefin surface modification, 13, 15
Polyunsaturated fatty acids, 10
Polyurethane elastomer, 32
Porogen, 70
Post-polymerization grafting, 166
Powder bed fusion (PBF), 143
Precipitation polymerization, 88, 89
Preventive, restorative and regenerative
therapies, 141
Prosthetic dentistry
accuracy (precision/veracity), 146, 149
CAD-CAM, 147
characteristics, 143
clinical conditions, 148
compounds, 143
degradation/erosion, 143
fixed and provisional dental
restorations, 143
functional polymers, 148
layer thickness and construction angle,
147, 150
leaching, 143
maxillary and mandibular, 148
mechanical parameters, 148
PEEK, 149
photocurable PMMA, 148
PMMA processing via DLP, 147
PolyJet fabrication, 147
polymer processing, 146
polymeric resins, 148
preparatory phase, 146
RP, 147
single-crown provisional restorations, 147
3D printing, 143, 147
PU dispersions (PUD), 170
Pyrocatecholvinylphosphonate (PCVP), 179
Pyrolysis combustion flow calorimetry
(PCFC), 169
Q
QCM with dissipation monitoring
(QCM-D), 102
Quantum optics, 117
Quarter-wave plate, 118
Quartz crystal microbalance (QCM)
sensors, 101
Quaternary amino, 148
R
Raman optical activity (ROA), 134
Raman spectroscopy, 98
Random orientational distribution, 119
Rapid prototyping (RP), 147
additive manufacturing (see Additive
manufacturing)
advantages, 143, 149
in dentistry, 143–146
disadvantages, 143
growth, 142
polymeric molds, 149
3D printing technology (see 3D printed
polymers)
Reactive and functional polymers, 1
Reactive polymer systems, 166, 188
Red emission, 120
Refractive index (RI), 127
Reversible addition-fragmentation chain
transfer (RAFT)
polymerization, 82–84
Reversible deactivation radical
polymerization (RDRP)
ATRP, 79–82
controlled propagation, 73
CRP, 72
dynamic equilibrium, 72
fast initiation and slow propagation, 72
vs. FRP, 73
Index
Poly{n-decyl-(S)-2-methylbutylsilane} (1-S),
134, 135
Poly{n-dodecyl-(R)-2-methylbutylsilane}
(2-R), 134, 135
Poly{n-dodecyl-(S)-2-methylbutylsilane}
(2-S), 134, 135
Polyene natamycin, 15
Polyfluorene, 120, 122, 130
Polymer dissolution, 13
Polymer films, 13, 14, 16
Polymer materials
crosslinked, 32
mechanical strength, 33
stress relaxation, 36
with shape memory performance, 32
Polymer matrix, 17, 20
Polymeric resins, 148
Polymerization mechanisms, MIP
FRP, 71, 72
RDRP (see Reversible deactivation radical
polymerization (RDRP))
Polymers
advantages, 165
characteristics, 19
flammability, 165, 171–173
with dental applications, 142
Polyolefin coating, 16
Polyolefin films, 14
Polyolefin matrices, 17, 18
Polyolefin surface modification, 13, 15
Polyunsaturated fatty acids, 10
Polyurethane elastomer, 32
Porogen, 70
Post-polymerization grafting, 166
Powder bed fusion (PBF), 143
Precipitation polymerization, 88, 89
Preventive, restorative and regenerative
therapies, 141
Prosthetic dentistry
accuracy (precision/veracity), 146, 149
CAD-CAM, 147
characteristics, 143
clinical conditions, 148
compounds, 143
degradation/erosion, 143
fixed and provisional dental
restorations, 143
functional polymers, 148
layer thickness and construction angle,
147, 150
leaching, 143
maxillary and mandibular, 148
mechanical parameters, 148
PEEK, 149
photocurable PMMA, 148
PMMA processing via DLP, 147
PolyJet fabrication, 147
polymer processing, 146
polymeric resins, 148
preparatory phase, 146
RP, 147
single-crown provisional restorations, 147
3D printing, 143, 147
PU dispersions (PUD), 170
Pyrocatecholvinylphosphonate (PCVP), 179
Pyrolysis combustion flow calorimetry
(PCFC), 169
Q
QCM with dissipation monitoring
(QCM-D), 102
Quantum optics, 117
Quarter-wave plate, 118
Quartz crystal microbalance (QCM)
sensors, 101
Quaternary amino, 148
R
Raman optical activity (ROA), 134
Raman spectroscopy, 98
Random orientational distribution, 119
Rapid prototyping (RP), 147
additive manufacturing (see Additive
manufacturing)
advantages, 143, 149
in dentistry, 143–146
disadvantages, 143
growth, 142
polymeric molds, 149
3D printing technology (see 3D printed
polymers)
Reactive and functional polymers, 1
Reactive polymer systems, 166, 188
Red emission, 120
Refractive index (RI), 127
Reversible addition-fragmentation chain
transfer (RAFT)
polymerization, 82–84
Reversible deactivation radical
polymerization (RDRP)
ATRP, 79–82
controlled propagation, 73
CRP, 72
dynamic equilibrium, 72
fast initiation and slow propagation, 72
vs. FRP, 73
Index