415
© Springer Nature Switzerland AG 2020
T. J. Gutiérrez (ed.), Reactive and Functional Polymers Volume One,
https://doi.org/10.1007/978-3-030-43403-8
A
Acid catalysts, 217
Acrylic polyols, 176
Actuation, 248
Adenosine triphosphate (ATP), 80
Air-drying urethanes, 182
Alcohol soluble lignin (ASL)/starch films, 81
Alginate, 99
Aliphatic diisocyanates, 178
Alkali treatments
composites, 22
hydrolytic treatments, 22, 23
lignin and hemicellulose, 22
mercerization, 22
NaOH solutions, 22
structure and reactivity, 22
Aminic polyols, 178
5-Aminosalicylic acid (5-ASA), 14
Amphiphilic polymers
hydrophobic chains, 12
macromolecular compounds, 12
nanomaterials, 12
non-ionic polymers, 12
self-assembled, 12, 14
topological structures, 12, 13
Anatomic molds, 296
Antiflatulents, 227
Antimicrobial activity, 121
Antioxidant agents, 66
anti-UV agents and photosensitive
materials, 75–77
asphalt binders, 77
biomaterials
cellulose fibers, 78
DRG, 78
ethanolamine, 78
LNPs, 79
LCSN NPs, 80
nanoscale, 78
PCL/lignin-PCL, 78
PLA, 79
RBC exposure, 77
ROSs, 77
SESC NPs, 80
Trans-resveratrol, 78
conductive materials
PANI, 80
POMA, 80
packaging materials
ASL/starch films, 81
gelatin, 82
LNPs, 81
mechanisms, 81
microbial growth, 81
PLA-lignin, 81
thermal oxidation stabilizer, 82–83
Anti-UV agents/photosensitive materials
photolabile substances, 77
plastics, 76
PP/lignin composite, 76
pyrethrins, 76
quercetin, 76
ROSs, 75
sunscreen agents, 75
TiO2, 75
UV-A and UV-B light, 75
Aromatic diisocyanates, 178
Artificial muscles, 261
Asphalt binders, 77
Aviation, 221
Atom transfer radical polymerization (ATRP),
28, 29, 75, 317
Index