417
glycerol, 119
nanocomposite transparency, 119
PET and EVOH, 119
properties, 119, 120
spidroin-hectorite, 119
Clays/silicate-based fillers
halloysite, 103
hydrotalcite, 103
kaolinite, 102
Mt, 102
nanoclays, 102
phyllosilicate, 103
platelet, 102
talc, 104
zeolites, 104
Click’ reaction, 315–316
Coating material, 195
Coloring process, 296
Computerize tomography (CT), 296
Condensation polymerization
acid catalysts, 217
alcoholysis, 215
catalyst, 216
chlorosilanes, 215
cyclic trimer (Me 2 SiO) 3 , 216
fluids, 218
linear and cyclic oligomers, 215
linear polymers, 216
Me 2 Si(OH) 2 , 215
Me 3 SiOK, 216
Me 3 SiOSiMe 3 , 216
methyltrichlorosilane, 217
oligomers, 214
PDMSs, 215
phenylchlorosilanes, 214
product mixture, 215
silanes, 215
silicone elastomers, 219
silicone fluids, 219
silicone gels, 219
silicone resins, 219
siloxane chains, crosslinking, 217, 218
structure, PDMS, 218
trimethylsilyl groups, 218
Conductive polymers, 31
Conversion technologies,
ligocellulosic biomass
biopolyol, 138, 139
fast pyrolysis, 138
liquefaction, 139–141
organic solvents, 141
organosolv fractionation processes,
141, 142
Coupling agents, 220
Crosslinking
bulk properties, 23
functionalization agents
β- and γ-cyclodextrins, 25
dimethyl phosphite, 25
enzymatic immobilization, 25
hydrophobic fibers, 25
mechanical resilience
catalysts, 24
cationic agent, 24
formaldehyde scavengers, 24
mechanical resilience, 23
N-methylol reagents, 23, 24
polyamino carboxylic acid, 24
polycarboxylic acids, 24
treatments, 23
mechanical/chemical stability
Ajisawas reagent, 25
Cs fibers, 25
fibrillation agents, 24
lyocell process, 24
monofunctional reactive dye, 25
poly(ethylene glycol) diglycidyl
ether, 25
Crosslinking of siloxane polymers
coating techniques, 313
DT-resins, 311
HTV, 312
hydrosilylation, 313
low surface tensions, 313
mechanical properties, 314
MQ-resins, 311
polymerization techniques, 309
radiation/UV-induced radical
initiators, 312
radical coupling, 312
RTV-silicones, 311
self-healing silicone, 312
silicone paint, 313, 314
silicone putty, 310
temperature, 313
Curan 100 lignin (CU), 74
Cyclic trimer (Me 2 SiO) 3 , 216
Cyclohexanedimethanol (CHDM), 159
D
Dialdehydes, 24
Dialkyldichlorosilane, 213
1,4-Diazabicyclo[2.2.2] octane (DABCO), 170
Diblock surfactants, 319
Dibutyl tin dilaurate (DBTDL), 181
4,4’-Dicyclohexylmethane diisocyanate
(H 12 MDI), 178
Index
glycerol, 119
nanocomposite transparency, 119
PET and EVOH, 119
properties, 119, 120
spidroin-hectorite, 119
Clays/silicate-based fillers
halloysite, 103
hydrotalcite, 103
kaolinite, 102
Mt, 102
nanoclays, 102
phyllosilicate, 103
platelet, 102
talc, 104
zeolites, 104
Click’ reaction, 315–316
Coating material, 195
Coloring process, 296
Computerize tomography (CT), 296
Condensation polymerization
acid catalysts, 217
alcoholysis, 215
catalyst, 216
chlorosilanes, 215
cyclic trimer (Me 2 SiO) 3 , 216
fluids, 218
linear and cyclic oligomers, 215
linear polymers, 216
Me 2 Si(OH) 2 , 215
Me 3 SiOK, 216
Me 3 SiOSiMe 3 , 216
methyltrichlorosilane, 217
oligomers, 214
PDMSs, 215
phenylchlorosilanes, 214
product mixture, 215
silanes, 215
silicone elastomers, 219
silicone fluids, 219
silicone gels, 219
silicone resins, 219
siloxane chains, crosslinking, 217, 218
structure, PDMS, 218
trimethylsilyl groups, 218
Conductive polymers, 31
Conversion technologies,
ligocellulosic biomass
biopolyol, 138, 139
fast pyrolysis, 138
liquefaction, 139–141
organic solvents, 141
organosolv fractionation processes,
141, 142
Coupling agents, 220
Crosslinking
bulk properties, 23
functionalization agents
β- and γ-cyclodextrins, 25
dimethyl phosphite, 25
enzymatic immobilization, 25
hydrophobic fibers, 25
mechanical resilience
catalysts, 24
cationic agent, 24
formaldehyde scavengers, 24
mechanical resilience, 23
N-methylol reagents, 23, 24
polyamino carboxylic acid, 24
polycarboxylic acids, 24
treatments, 23
mechanical/chemical stability
Ajisawas reagent, 25
Cs fibers, 25
fibrillation agents, 24
lyocell process, 24
monofunctional reactive dye, 25
poly(ethylene glycol) diglycidyl
ether, 25
Crosslinking of siloxane polymers
coating techniques, 313
DT-resins, 311
HTV, 312
hydrosilylation, 313
low surface tensions, 313
mechanical properties, 314
MQ-resins, 311
polymerization techniques, 309
radiation/UV-induced radical
initiators, 312
radical coupling, 312
RTV-silicones, 311
self-healing silicone, 312
silicone paint, 313, 314
silicone putty, 310
temperature, 313
Curan 100 lignin (CU), 74
Cyclic trimer (Me 2 SiO) 3 , 216
Cyclohexanedimethanol (CHDM), 159
D
Dialdehydes, 24
Dialkyldichlorosilane, 213
1,4-Diazabicyclo[2.2.2] octane (DABCO), 170
Diblock surfactants, 319
Dibutyl tin dilaurate (DBTDL), 181
4,4’-Dicyclohexylmethane diisocyanate
(H 12 MDI), 178
Index