Phosphorus tungstic acid, 18
Piperazine-modified ammonium
polyphosphate, 19
Piperazine-modified APP, 19
Plastic materials, 1
P-, N-, and P & N-based salts, 2
Polybutylene terephthalate, 33
Poly(ethylene glycol), 90
Poly(melamine-ethoxyphosphinyldiisocyanate), 16
Polymer degradation, 87
Polymer degradation or combustion, 7
Polymer degrades, 11
Polymer flammability, 2
Polymeric matrices, 2
Polyolefin-based formulations, 18
Polyols and diisocyanates, 47
Polyoxymethylene, 22
PU cellular plastics, 15
PU foams displayed high thermal stability, 25
PU/MoS 2 composites, 93
PU nanocomposites, 88
R
Reactive phosphazene, 31
S
Self-extinguishability, 70
Self-extinguishing property, 20
Self-lubrication, 22
Small angle X-ray scattering, 57
Smoke, 1, 2, 5
Smoke-production rate, 11
Smoke-releasing property, 29
SO 2 , 7
Solid-state nuclear magnetic resonance, 19
Soluble ammonium polyphosphate, 18
Strong barrier properties, 19
Sulfur-containing acids, 6
Surface-modified GO composites, 99
Surface-modified nanofillers, 2
T
Thermal decomposition, 48
Thermal degradation, 34
Thermal stability, 25
Thermoplastic and thermosetting polymers, 9
Total smoke release, 93
Toxic gases, 1, 5
Toxic gas inhalation, 2
Toxicity, 2
Toxic smoke evolution, 48
Transmission electron microscopy, 57
Triazine, 31
Triazine-containing polymer, 16
Triazine-trione, 71
Triazine-trione group, 71
2,6,7-trioxa-1-phosphabicyclo[2.2.2]
octane-4-methanol, 16
Tunable bandgap, 84
U
UL-94 test, 13
Underwriters Laboratory, 13
V
Van der Waals forces, 8
Viscosity, 47
Volatile combustible substrates, 17
W
Water, 7
Water-dispersible PUs, 50
Index
113