420
Hydrophobic
coatings, 320
materials, 304
silicones, 316
surfaces, 316, 320
Hydrosilylation, 241, 249
Hydroxyalkylamides, 171
I
Induction oxidation temperature (OIT), 82
In-situ polymerization, 107
International Agency for Research on Cancer
(IARC), 264
Intraoral prostheses, 294
Ionic crosslinking, 24
Iron oxide NPs (IO NPs), 267
Isocyanate
alcohol, 179
amines, 179, 180
carbon atom, 179
compounds, 180
trimerization, 180
water reaction, 180
Isophorone diisocyanate (IPDI), 178
Isophthalic acid, 164, 165
K
Kaolinite, 102
Kappa-carrageenan films, 118
Kefiran, 99
Kraft lignin (KL), 201
L
Layer-by-layer (LbL) assembly, 108
LbL spinning techniques, 109
LC elastomers (LCEs), 254, 257–261
LED lighting technology, 221
Ligands
amphiphilic silicones, 269
cobalt, 270
copper complexes, 270
functional siloxane, 267–269
MOFs, 267
porous crystalline structure, 267
siloxane chain/segment, 269
2D covalent MOF, 268
2D networks, 268
zinc, 270
Lignin
antioxidant (see Antioxidant agents)
applications, 67, 69
biocompatibility, 85
biopolymer, 67
high antioxidant activities, 71–73
inhomogeneity, 85
natural phenolic polymer, 66
poilymer integration, 83, 84
raw material, antioxidants production, 84
research, 66, 67
structure-activity relationship, 67, 84
structures, 68
toxicity and cell damage, 73–75
Lignin-based polycarboxylic acid
(LPCA), 201
Lignin-capped Ag NPs (LCSN), 80
Lignin-carbohydrate complex (LCC), 67, 74
Lignin nanoparticles (LNPs), 79
Lignin-PCL, 78
Lignin-poly(ethylene glycol) methacrylate
(PEGMA), 75, 76
LignoBoost Kraft lignin (KL), 73
Lignocellulosic biomass, 196
hydroxyl groups, 138
PUs, 141–144
Lignosulfonate (LS), 74
Ligocellulosic biomass
conversion technology (see Conversion
technologies, ligocellulosic biomass)
Liquefaction, 139, 199
Liquid crystalline (LC) materials
ATRP, 257
azomethine mesogens, 257, 258
cyclosiloxanes, 255
hybrid LC materials, 260, 261
mechanical properties, 254
mesogenic groups, 254, 255
organo-siloxane compounds, 254
PDLCs, 260, 261
polysiloxane-based liquid crystalline
elastomers, 258–260
RT side-chain liquid crystalline
polymer, 257
siloxane moieties, 254
siloxane segments, 254
Steglich esterification, 256
supramolecular polymers, 255
trisiloxane-containing polymers, 255
Low-density polyethylene (LDPE), 100
Low-intensity focused ultrasound (LIFU), 15
M
Maleic anhydride (MA), 158
Manufacture of silicones
condensation polymerization (see
Condensation polymerization)
diethyldiethoxysilane, 212
Index
Hydrophobic
coatings, 320
materials, 304
silicones, 316
surfaces, 316, 320
Hydrosilylation, 241, 249
Hydroxyalkylamides, 171
I
Induction oxidation temperature (OIT), 82
In-situ polymerization, 107
International Agency for Research on Cancer
(IARC), 264
Intraoral prostheses, 294
Ionic crosslinking, 24
Iron oxide NPs (IO NPs), 267
Isocyanate
alcohol, 179
amines, 179, 180
carbon atom, 179
compounds, 180
trimerization, 180
water reaction, 180
Isophorone diisocyanate (IPDI), 178
Isophthalic acid, 164, 165
K
Kaolinite, 102
Kappa-carrageenan films, 118
Kefiran, 99
Kraft lignin (KL), 201
L
Layer-by-layer (LbL) assembly, 108
LbL spinning techniques, 109
LC elastomers (LCEs), 254, 257–261
LED lighting technology, 221
Ligands
amphiphilic silicones, 269
cobalt, 270
copper complexes, 270
functional siloxane, 267–269
MOFs, 267
porous crystalline structure, 267
siloxane chain/segment, 269
2D covalent MOF, 268
2D networks, 268
zinc, 270
Lignin
antioxidant (see Antioxidant agents)
applications, 67, 69
biocompatibility, 85
biopolymer, 67
high antioxidant activities, 71–73
inhomogeneity, 85
natural phenolic polymer, 66
poilymer integration, 83, 84
raw material, antioxidants production, 84
research, 66, 67
structure-activity relationship, 67, 84
structures, 68
toxicity and cell damage, 73–75
Lignin-based polycarboxylic acid
(LPCA), 201
Lignin-capped Ag NPs (LCSN), 80
Lignin-carbohydrate complex (LCC), 67, 74
Lignin nanoparticles (LNPs), 79
Lignin-PCL, 78
Lignin-poly(ethylene glycol) methacrylate
(PEGMA), 75, 76
LignoBoost Kraft lignin (KL), 73
Lignocellulosic biomass, 196
hydroxyl groups, 138
PUs, 141–144
Lignosulfonate (LS), 74
Ligocellulosic biomass
conversion technology (see Conversion
technologies, ligocellulosic biomass)
Liquefaction, 139, 199
Liquid crystalline (LC) materials
ATRP, 257
azomethine mesogens, 257, 258
cyclosiloxanes, 255
hybrid LC materials, 260, 261
mechanical properties, 254
mesogenic groups, 254, 255
organo-siloxane compounds, 254
PDLCs, 260, 261
polysiloxane-based liquid crystalline
elastomers, 258–260
RT side-chain liquid crystalline
polymer, 257
siloxane moieties, 254
siloxane segments, 254
Steglich esterification, 256
supramolecular polymers, 255
trisiloxane-containing polymers, 255
Low-density polyethylene (LDPE), 100
Low-intensity focused ultrasound (LIFU), 15
M
Maleic anhydride (MA), 158
Manufacture of silicones
condensation polymerization (see
Condensation polymerization)
diethyldiethoxysilane, 212
Index