423
conjugates, 11, 12
enzymatic hydrolysis, 9
hydrolytic depolymerization, 8
hydrophilic polymers, 9
oxidative approach, 8
PEGylated drugs, 10, 11
self-assembled micellar polymers, 9
Polypropylene (PP), 76
Polysaccharides biomass
alginate, 99
cellulose
cell wall materials, 98
Gluconacetobacter species, 98
nanocellulose impairs, 98
nanostructures, 98
Cs, 98
kefiran, 99
starch
barrier properties, 98
crystalline structure, 97
film forming capacity, 97
macromolecules, 97
plasticizers, 98
renewable, 98
TPS, 97
types, 97
Polysiloxane-based liquid crystalline
elastomers, 258–260
Polysiloxane polyols, 177
Polysiloxanes
alkyne-azide cycloaddition click
chemistry, 245
chemical modification, 248
chlorobenzyl groups, 265
dielectric silicone elastomers (see
Dielectric silicone elastomers)
hydrophilic agents, 246
hydrosilylation, 241–243
PDMS, 236
ROP, 239
Si-H groups, 236
silane monomers, 237, 238
silicon atoms, 236 (see also Silicones)
silicone fluids, 219
siloxane, 208
Si-vinyl, 236
thiol-ene click reaction, 244
Polytetramethylene ether glycol
(PTMEG), 174
Poly(trimethylene carbonate) (PTMC), 6
Polyurethane (PU)
adhesives, 47
application and uses, 183, 184
catalysts, 143
definition, 141
diisocyanates, 172
hydrogen bonds, 173
industrial applications, 138, 141
isocyanates, 179–180
parameters, 172
polyaddition reactions, 172
polyester polyol, 172
polyisocyanates, 143
polyols, 142
preparation categories, 143
production, 180–181
reactive PUs, 182–183
surfactants, 143
Poly(vinyl alcohol) (PVA), 6
Polyvinyl alcohol/Cs (PVA/Cs), 80
Poly(vinyl ether) (PVE), 12
Poly(vinylpyridine) (PVP), 12
Poly(vinylpyrrolidone), 12
Post-functionalization of silicones
chemical modification reactions, 247
chloropropyl, 245, 246
cross-linking reactions, 246
dendrimers and dendrons, 246
hydrosilylation, 241–244
methylvinylcyclosiloxanes, 245
PDMHS, 244
PDMS, 244
PDMVS, 245
Piers-Rubinsztajn reaction, 246
PMVS, 244
polysiloxanes, 239, 241
thiol-ene click reaction, 243–245
versatile method, 239
Powder coating, 172
Pretreatment methods, 199
Processing techniques, biobased
nanocomposite polymers
freeze-drying, 109
high shear mixing, 109
in-situ polymerization, 107
melt processing, 107
micro-patterned, 109
roll mixing, 109
sol-gel process, 110
solution-based techniques, 108–109
sonication, 109
1,2-Propylene glycol (PG), 159
Propylene oxide, 174
Protein biomasses
biobased composite film formulations, 99
NPs
nanocellulose, 100
protein-based films, 100
whey proteins, 99
Zein films, 100
Index
conjugates, 11, 12
enzymatic hydrolysis, 9
hydrolytic depolymerization, 8
hydrophilic polymers, 9
oxidative approach, 8
PEGylated drugs, 10, 11
self-assembled micellar polymers, 9
Polypropylene (PP), 76
Polysaccharides biomass
alginate, 99
cellulose
cell wall materials, 98
Gluconacetobacter species, 98
nanocellulose impairs, 98
nanostructures, 98
Cs, 98
kefiran, 99
starch
barrier properties, 98
crystalline structure, 97
film forming capacity, 97
macromolecules, 97
plasticizers, 98
renewable, 98
TPS, 97
types, 97
Polysiloxane-based liquid crystalline
elastomers, 258–260
Polysiloxane polyols, 177
Polysiloxanes
alkyne-azide cycloaddition click
chemistry, 245
chemical modification, 248
chlorobenzyl groups, 265
dielectric silicone elastomers (see
Dielectric silicone elastomers)
hydrophilic agents, 246
hydrosilylation, 241–243
PDMS, 236
ROP, 239
Si-H groups, 236
silane monomers, 237, 238
silicon atoms, 236 (see also Silicones)
silicone fluids, 219
siloxane, 208
Si-vinyl, 236
thiol-ene click reaction, 244
Polytetramethylene ether glycol
(PTMEG), 174
Poly(trimethylene carbonate) (PTMC), 6
Polyurethane (PU)
adhesives, 47
application and uses, 183, 184
catalysts, 143
definition, 141
diisocyanates, 172
hydrogen bonds, 173
industrial applications, 138, 141
isocyanates, 179–180
parameters, 172
polyaddition reactions, 172
polyester polyol, 172
polyisocyanates, 143
polyols, 142
preparation categories, 143
production, 180–181
reactive PUs, 182–183
surfactants, 143
Poly(vinyl alcohol) (PVA), 6
Polyvinyl alcohol/Cs (PVA/Cs), 80
Poly(vinyl ether) (PVE), 12
Poly(vinylpyridine) (PVP), 12
Poly(vinylpyrrolidone), 12
Post-functionalization of silicones
chemical modification reactions, 247
chloropropyl, 245, 246
cross-linking reactions, 246
dendrimers and dendrons, 246
hydrosilylation, 241–244
methylvinylcyclosiloxanes, 245
PDMHS, 244
PDMS, 244
PDMVS, 245
Piers-Rubinsztajn reaction, 246
PMVS, 244
polysiloxanes, 239, 241
thiol-ene click reaction, 243–245
versatile method, 239
Powder coating, 172
Pretreatment methods, 199
Processing techniques, biobased
nanocomposite polymers
freeze-drying, 109
high shear mixing, 109
in-situ polymerization, 107
melt processing, 107
micro-patterned, 109
roll mixing, 109
sol-gel process, 110
solution-based techniques, 108–109
sonication, 109
1,2-Propylene glycol (PG), 159
Propylene oxide, 174
Protein biomasses
biobased composite film formulations, 99
NPs
nanocellulose, 100
protein-based films, 100
whey proteins, 99
Zein films, 100
Index