198
Antioxidant releasers, 10
Antioxidants, 8
AP technologies
advantages, 12
bulk polymer film, 13
bulk properties, 13
characteristics, 12
design, 12
disadvantages, 13
incorporation, active agents, 12
inedible food contact components, 12
mechanism of action, 12
photo-grafting, 13
physical methods, 13
polymer dissolution, 13
polymer film/film surface, 13
product contact, 13
sachets and pads, 12
surface modification, 13
Ascorbic acid, 10
Atom transfer radical addition (ATRA), 79
Atom transfer radical polymerization
(ATRP), 79–82
Atomic force microscopy (AFM), 96
B
Barrett-Joyner-Halenda (BJH) method, 95
Binaphthyl and boron-dipyrromethene
(BODIPY) moieties, 122
Binder jetting (BJ), 142
Biocidal activity
active clay-loaded polymer, 19
Ag NPs, 17
antimicrobial packaging, 17
clay NPs, 19
compounds, 19
Cu NPs, 17, 18
CuO particles, 18
inorganic particles, 18
modified Mnts, 19
nanoclay-loaded PE-based AP films, 19
polymer crystalline structure, 20
polymeric materials, 17
polyolefin matrices, 18
polyolefin-based nanocomposites, 17
TiO 2 NPs, 17
ZnO, 18
ZnO-loaded PP-based, 18
Bio-epoxy resins, 168
Biological receptors
as biochemical recognition elements, 70
molecular recognition, 70
recognition capabilities and selectivity, 70
Bioprinting
bone graft material, 154, 155
PEEK, 155, 156
PMMA, 156, 157
properties, 154
Bis(m-aminophenyl) methylphosphine oxide
(BAMPO), 168
Bisignate CPL signals, 120
Blue light emission, 121
Boltzmann constant, 33, 35
Bone grafting, 151
Bone regeneration, 150, 151
Brunauer-Emmett-Teller (BET) equation, 95
Bulk polymer film, 13
Butylated hydroxyanisole, 10
Butylated hydroxytoluene, 10
C
Carbon dioxide (CO 2 ) emitters, 11
Carbon nanotubes (CNTs)
conductivity properties, 59
description, 58
nanofillers, 58
pristine CNT/PU nanocomposites, 59
Cellulose tris(phenylcarbamate)
(CTPC), 122–124
Ceramic/metal NPs, 142
CHCl 3 /MeOH, 132
Chiral backbones
binaphthyl chiral perturbation units, 121
blue light emission, 121
BODIPY moieties, 122
CD and UV-visible spectra, 123
chemical structures, 121
CTPC, 122–124
Chiral luminous materials, 118
Chiral molecular structure, 118
Chiral side chains, 120, 121
Chiral solvents
alkanol, 124
CD-/UV-Vis signals, 125
chemical structures, 124
chloroform, 124
F8T2 p-p stacks, 126
intermolecular forces, 124
limonene, 124
PL and CPL spectra, 124, 125
UV-Vis and CD spectra, 124, 125
Chiral β-ketoiminate-based moiety, 121
Chitosan (Cs), 16
Chloroform/methanol (CHCl 3 /MeOH)
cosolvent, 127
Circular birefringence spectrum, 136
Index
Antioxidant releasers, 10
Antioxidants, 8
AP technologies
advantages, 12
bulk polymer film, 13
bulk properties, 13
characteristics, 12
design, 12
disadvantages, 13
incorporation, active agents, 12
inedible food contact components, 12
mechanism of action, 12
photo-grafting, 13
physical methods, 13
polymer dissolution, 13
polymer film/film surface, 13
product contact, 13
sachets and pads, 12
surface modification, 13
Ascorbic acid, 10
Atom transfer radical addition (ATRA), 79
Atom transfer radical polymerization
(ATRP), 79–82
Atomic force microscopy (AFM), 96
B
Barrett-Joyner-Halenda (BJH) method, 95
Binaphthyl and boron-dipyrromethene
(BODIPY) moieties, 122
Binder jetting (BJ), 142
Biocidal activity
active clay-loaded polymer, 19
Ag NPs, 17
antimicrobial packaging, 17
clay NPs, 19
compounds, 19
Cu NPs, 17, 18
CuO particles, 18
inorganic particles, 18
modified Mnts, 19
nanoclay-loaded PE-based AP films, 19
polymer crystalline structure, 20
polymeric materials, 17
polyolefin matrices, 18
polyolefin-based nanocomposites, 17
TiO 2 NPs, 17
ZnO, 18
ZnO-loaded PP-based, 18
Bio-epoxy resins, 168
Biological receptors
as biochemical recognition elements, 70
molecular recognition, 70
recognition capabilities and selectivity, 70
Bioprinting
bone graft material, 154, 155
PEEK, 155, 156
PMMA, 156, 157
properties, 154
Bis(m-aminophenyl) methylphosphine oxide
(BAMPO), 168
Bisignate CPL signals, 120
Blue light emission, 121
Boltzmann constant, 33, 35
Bone grafting, 151
Bone regeneration, 150, 151
Brunauer-Emmett-Teller (BET) equation, 95
Bulk polymer film, 13
Butylated hydroxyanisole, 10
Butylated hydroxytoluene, 10
C
Carbon dioxide (CO 2 ) emitters, 11
Carbon nanotubes (CNTs)
conductivity properties, 59
description, 58
nanofillers, 58
pristine CNT/PU nanocomposites, 59
Cellulose tris(phenylcarbamate)
(CTPC), 122–124
Ceramic/metal NPs, 142
CHCl 3 /MeOH, 132
Chiral backbones
binaphthyl chiral perturbation units, 121
blue light emission, 121
BODIPY moieties, 122
CD and UV-visible spectra, 123
chemical structures, 121
CTPC, 122–124
Chiral luminous materials, 118
Chiral molecular structure, 118
Chiral side chains, 120, 121
Chiral solvents
alkanol, 124
CD-/UV-Vis signals, 125
chemical structures, 124
chloroform, 124
F8T2 p-p stacks, 126
intermolecular forces, 124
limonene, 124
PL and CPL spectra, 124, 125
UV-Vis and CD spectra, 124, 125
Chiral β-ketoiminate-based moiety, 121
Chitosan (Cs), 16
Chloroform/methanol (CHCl 3 /MeOH)
cosolvent, 127
Circular birefringence spectrum, 136
Index