205
imprinted sites, 73
iniferter polymerization, 74, 75
nitroxide mediated polymerization, 75
NMP, 75, 79
RAFT polymerization, 82–84
subclasses, 73
Room temperature vulcanized (RTV), 151
Rubber elasticity theory, 33
S
Saccharomyces cerevisiae, 15
SAM formation, 93
Selective laser sintering (SLS), 143
Self-assembled monolayers (SAM), 93, 94
Self-assembly of polymers, 130
Self-disinfecting property, 17
Selling and sales promotion, 6
Semi-molten PE film surface, 15
Shape memory alloys (SMAs), 30
Shape memory composite materials, 30
Shape memory gels (SMGs)
application, 41
double layer, 42
light-induced, 38–40
thermo-responsive, 38
Shape memory materials
change of environment, 30
classification, 30
heat shrinkability, 33
heating, stretching and cooling
procedure, 34
memory effect, Ni-Ti alloy, 30
Shape memory polymers (SMPs)
in aerospace field, 31
exhibition, shape memory effect, 31
external stimuli, 55
mechanism, 31
polymeric status and temperature, 32
potential application, 31
process, 31
stationary phase, 31
stress relaxation, 36
thermodynamic analysis, 33
thermo-sensitive, 56
unstable state, 35
Shape memory property, 38
Shape memory PU (SMPUs)
applications, 45, 62–63
biodegradability, 62
CNT-loaded, 58–59
conductive nanofiller-loaded, 62
dental applications, 62
electrical and magnetic induced, 45
fullerene-loaded, 59–60
graphene-loaded, 60
H-bonding, 57
light-induced, 58
memory effect, 58
nanodiamond-loaded, 60–62
PU synthesis, 57
smart polymers, 57
synthesized PU, 57
thermally induced effects, 57
thermo-responsive, 44
thermo-sensitive PU, 58
Sheet lamination (SL), 143
Silver nanoparticles (Ag NPs), 17
Single-crown provisional restorations, 147
Size exclusion chromatography (SEC), 98
Smart dimming material, 41
Smart materials, 70, 85
biominetic function, 29
functions
information recognition and
accumulation, 30
of feedback, 30
response ability, 30
self-adaptive ability, 30
self-diagnosis ability, 30
self-repairing ability, 30 (see also
Molecularly imprinted
polymers (MIP))
of sensing, 30
shape memory performance, 30
Smart synthetic materials, 102
Soft segments, 55, 58
Solid-phase synthesis, 89, 90
Spherical MIPs, 85
Stable free radical polymerization
(SFRP), 73
Starch particles, 14
Stationery 3D photogrammetry system, 152
Stereolithography (STL), 143, 146, 147, 150
Stimulus, 61, 62
Stress relaxation, 36
Surface enhanced Raman spectroscopy
(SERS), 98
Surface plasmon resonance (SPR), 101
Suspension polymerization, 86, 87
Synthetic receptors, 85
T
Thermal annealing, 130
Thermal stability, 165, 167, 168
Thermal/thermo-oxidative decomposition, 185
Thermally reduced graphene (TRG), 60, 61
Index
imprinted sites, 73
iniferter polymerization, 74, 75
nitroxide mediated polymerization, 75
NMP, 75, 79
RAFT polymerization, 82–84
subclasses, 73
Room temperature vulcanized (RTV), 151
Rubber elasticity theory, 33
S
Saccharomyces cerevisiae, 15
SAM formation, 93
Selective laser sintering (SLS), 143
Self-assembled monolayers (SAM), 93, 94
Self-assembly of polymers, 130
Self-disinfecting property, 17
Selling and sales promotion, 6
Semi-molten PE film surface, 15
Shape memory alloys (SMAs), 30
Shape memory composite materials, 30
Shape memory gels (SMGs)
application, 41
double layer, 42
light-induced, 38–40
thermo-responsive, 38
Shape memory materials
change of environment, 30
classification, 30
heat shrinkability, 33
heating, stretching and cooling
procedure, 34
memory effect, Ni-Ti alloy, 30
Shape memory polymers (SMPs)
in aerospace field, 31
exhibition, shape memory effect, 31
external stimuli, 55
mechanism, 31
polymeric status and temperature, 32
potential application, 31
process, 31
stationary phase, 31
stress relaxation, 36
thermodynamic analysis, 33
thermo-sensitive, 56
unstable state, 35
Shape memory property, 38
Shape memory PU (SMPUs)
applications, 45, 62–63
biodegradability, 62
CNT-loaded, 58–59
conductive nanofiller-loaded, 62
dental applications, 62
electrical and magnetic induced, 45
fullerene-loaded, 59–60
graphene-loaded, 60
H-bonding, 57
light-induced, 58
memory effect, 58
nanodiamond-loaded, 60–62
PU synthesis, 57
smart polymers, 57
synthesized PU, 57
thermally induced effects, 57
thermo-responsive, 44
thermo-sensitive PU, 58
Sheet lamination (SL), 143
Silver nanoparticles (Ag NPs), 17
Single-crown provisional restorations, 147
Size exclusion chromatography (SEC), 98
Smart dimming material, 41
Smart materials, 70, 85
biominetic function, 29
functions
information recognition and
accumulation, 30
of feedback, 30
response ability, 30
self-adaptive ability, 30
self-diagnosis ability, 30
self-repairing ability, 30 (see also
Molecularly imprinted
polymers (MIP))
of sensing, 30
shape memory performance, 30
Smart synthetic materials, 102
Soft segments, 55, 58
Solid-phase synthesis, 89, 90
Spherical MIPs, 85
Stable free radical polymerization
(SFRP), 73
Starch particles, 14
Stationery 3D photogrammetry system, 152
Stereolithography (STL), 143, 146, 147, 150
Stimulus, 61, 62
Stress relaxation, 36
Surface enhanced Raman spectroscopy
(SERS), 98
Surface plasmon resonance (SPR), 101
Suspension polymerization, 86, 87
Synthetic receptors, 85
T
Thermal annealing, 130
Thermal stability, 165, 167, 168
Thermal/thermo-oxidative decomposition, 185
Thermally reduced graphene (TRG), 60, 61
Index