202
Molecularly imprinted polymers (MIP) (cont.)
thermal stability, 99
UV-Vis and fluorescence
spectroscopies, 98
XRD, 99
polymerization (see Polymerization
mechanisms, MIP)
rebinding template molecules, 70
smart polymers, 70
3D polymer networks, 70
Molecular recognition event, 69
Molybdenum/Ti (Mo/Ti), 152
Multifunctional π-conjugated poly(pphenylene), 120
N
Nanoantimicrobials, 21
Nanoclay-loaded PE-based AP films, 19
Nanocomposites
active clay-loaded polymer, 19
active films, 18, 19
carbon black NP-loaded PU, 62
clay/polymer, 19
CNT-loaded TPU, 59
and composite, 17
concerning, 19
electroactive shape memory PU, 60
fullerene-loaded, 59
functional metal NP-loaded CNT/PU
nanocomposites, 58
heat-induced shape memory effect, 61
non-toxic active polymers, 18
polyolefin-based, 17
strain sensitivity and shape memory
properties, 59
surface-modified, 60
talc-loaded PP-based, 20
volatile compounds, 19
ZnO-loaded PP-based, 18
Nanodiamond
applications, 61
description, 60
functional, 61
as nanofiller, 60
non-functional, 61
poly(ε-caprolactone)diol-functionalized, 61
and PU, 62
Nanogels, 89, 90
Nanoparticles (NPs)
ceramic/metal, 142
Natamycin, 15, 16
Natural EOs, 16
Nickel/Ti (Ni/Ti), 152
Nitroxide mediated polymerization, 75
Nitroxide-mediated radical polymerization
(NMP), 73, 75, 79
NMR spectroscopy, 97
Non-covalent imprinting, 71, 100
Non-helical poly{[dioctylfluorene]-alt[bis(thiophenyl)-benzothiazole]}
(PF8DBT), 132–134
Non-permeable NPs, 19
Non-photochromic biological polymers, 127
NP-loaded polyolefin-based AP film
antimicrobial activity, 14–17
biocidal activity (see Biocidal activity)
repellent activity, 14
Nutritional loss, 9
O
Optical confinement effect, 134
Optical rotation dispersion (ORD), 118,
135, 136
Organic light emitting diode (OLEDs), 130
Organic particles, 14–17
Orthodontic models, 149
Orthodontics, 152
Orthognathic surgery, 151
Oswald ripening, 90
Oxygen scavengers, 9, 10
P
Packaging
advantages, 7
AP films (see Active packaging (AP)
films)
applications, 6
and consumer relationship, 6
functionality, 7
functions, 6
IP, 7
MAP, 7
market sectors, 6
performance, 6
priority role, 6
production and consumption, 7
protecting vs. environmental factors, 6
quality, 6
selling and sales promotion, 6
Packaging film, 10
Peak heat release rate (pHRR), 175, 179, 188
Phosphonium groups, 148
Phosphorous-containing compounds, 167
Phosphorus molecules, 167, 170, 180
Phosphorus/nitrogen molecules, 170
Index
Molecularly imprinted polymers (MIP) (cont.)
thermal stability, 99
UV-Vis and fluorescence
spectroscopies, 98
XRD, 99
polymerization (see Polymerization
mechanisms, MIP)
rebinding template molecules, 70
smart polymers, 70
3D polymer networks, 70
Molecular recognition event, 69
Molybdenum/Ti (Mo/Ti), 152
Multifunctional π-conjugated poly(pphenylene), 120
N
Nanoantimicrobials, 21
Nanoclay-loaded PE-based AP films, 19
Nanocomposites
active clay-loaded polymer, 19
active films, 18, 19
carbon black NP-loaded PU, 62
clay/polymer, 19
CNT-loaded TPU, 59
and composite, 17
concerning, 19
electroactive shape memory PU, 60
fullerene-loaded, 59
functional metal NP-loaded CNT/PU
nanocomposites, 58
heat-induced shape memory effect, 61
non-toxic active polymers, 18
polyolefin-based, 17
strain sensitivity and shape memory
properties, 59
surface-modified, 60
talc-loaded PP-based, 20
volatile compounds, 19
ZnO-loaded PP-based, 18
Nanodiamond
applications, 61
description, 60
functional, 61
as nanofiller, 60
non-functional, 61
poly(ε-caprolactone)diol-functionalized, 61
and PU, 62
Nanogels, 89, 90
Nanoparticles (NPs)
ceramic/metal, 142
Natamycin, 15, 16
Natural EOs, 16
Nickel/Ti (Ni/Ti), 152
Nitroxide mediated polymerization, 75
Nitroxide-mediated radical polymerization
(NMP), 73, 75, 79
NMR spectroscopy, 97
Non-covalent imprinting, 71, 100
Non-helical poly{[dioctylfluorene]-alt[bis(thiophenyl)-benzothiazole]}
(PF8DBT), 132–134
Non-permeable NPs, 19
Non-photochromic biological polymers, 127
NP-loaded polyolefin-based AP film
antimicrobial activity, 14–17
biocidal activity (see Biocidal activity)
repellent activity, 14
Nutritional loss, 9
O
Optical confinement effect, 134
Optical rotation dispersion (ORD), 118,
135, 136
Organic light emitting diode (OLEDs), 130
Organic particles, 14–17
Orthodontic models, 149
Orthodontics, 152
Orthognathic surgery, 151
Oswald ripening, 90
Oxygen scavengers, 9, 10
P
Packaging
advantages, 7
AP films (see Active packaging (AP)
films)
applications, 6
and consumer relationship, 6
functionality, 7
functions, 6
IP, 7
MAP, 7
market sectors, 6
performance, 6
priority role, 6
production and consumption, 7
protecting vs. environmental factors, 6
quality, 6
selling and sales promotion, 6
Packaging film, 10
Peak heat release rate (pHRR), 175, 179, 188
Phosphonium groups, 148
Phosphorous-containing compounds, 167
Phosphorus molecules, 167, 170, 180
Phosphorus/nitrogen molecules, 170
Index