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- W2898891750 abstract "In this account, we review a blowing strategy for manufacturing cellular solid materials. Solid foams have been important engineering materials since the early 20th century, and are newly explored for versatile functionalities in recent decades. The blowing route is a practicable technique to yield foams, compatible with scalable industry. With rising 2D materials, the blowing protocol has been applied to synthesizing foams built of 2D materials or nanosheets for the past several years. It is worthy outlining the fundamentals of foaming processes, which include geometry, statics, kinetics, and dynamics in foaming, to study topological constraint, equilibrium configuration, nucleation-growth, and structural evolution, respectively. They are essential for controlling the production towards high-quality foams. Recent progress on foams derived via blowing methods is surveyed, covering traditional foams and newly developed inorganic foams. Advanced foams of boron-carbon-nitrogen systems, e.g. carbon foams, 3D graphene foams, carbon nitride foams, boron nitride foams, doped and hybrid foams, are highlighted and elaborated individually. The relationships between structure, property, and functionality in foam structures are additionally discussed, and the constructive applications of foams are investigated. The blowing technology via controlling the foaming geometry, statics, kinetics, and dynamics is implemented for synthesizing the emerging 3D architectural foams of 2D materials. The blown inorganic foams, such as highlighted carbon, graphene, carbon nitride, boron nitride, and hybrid foams, have been manufactured and applied as versatile structural and functional materials to wide applications." @default.
- W2898891750 created "2018-11-09" @default.
- W2898891750 creator A5047261565 @default.
- W2898891750 creator A5073640130 @default.
- W2898891750 creator A5089357596 @default.
- W2898891750 date "2019-01-15" @default.
- W2898891750 modified "2023-10-18" @default.
- W2898891750 title "Blowing Route towards Advanced Inorganic Foams" @default.
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