Mechanical and Fireproof Behaviors of Ammonium Polyphosphate Particles-Filled Shear-Stiffening Gels

Mechanical and Fireproof Behaviors of Ammonium Polyphosphate Particles-Filled Shear-Stiffening Gels

The threats posed by flame burning and falling debris during fires are immense, making the development of flame-retardant and impact-resistant protective devices an urgent necessity. By employing particle reinforcement technology, ammonium polyphosphate (APP) particles were introduced into the shear...

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Bibliografische gegevens
Hoofdauteur: Hong Chen (108084) (author)
Andere auteurs: Min Sang (169486) (author), Yan Li (23143) (author), Shuai Liu (145969) (author), Shilong Duan (20105410) (author), Tongxin Nie (22681600) (author), Jianpeng Wu (2821009) (author), Yucheng Pan (9967918) (author), Xinglong Gong (1665862) (author)
Gepubliceerd in: 2025
Onderwerpen:
Medicine
Cell Biology
Physiology
Biotechnology
Science Policy
Plant Biology
Virology
total heat release
rheological experiments demonstrate
resistant protective devices
frequency curve (<
storage modulus (<
regarding impact protection
2 </ sup
ammonium polyphosphate particles
storage modulus
ammonium polyphosphate
r </
g </
urgent necessity
threats posed
symonds model
stiffening gels
stiffening gel
stiffening effect
significantly enhance
safeguarding fragile
mainly stems
impact force
highly suitable
high degree
flammable items
fireproof behaviors
falling debris
dissipate 82
dependent cowper
also effective
>< sup
99 ).
54 mj
30 %.
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