TAILIEUCHUNG - Advanced collagen nanofibers-based functional bio-composites for high-value utilization of leather: A review

This review describes how UFL will expand the scope of applications and significantly improve the ontological value of natural leather. Significantly, UFL is expected to boost the sustainable development of conventional leather industry and the next-generation of advanced functional bio-based materials. | Journal of Science Advanced Materials and Devices 6 2021 153e166 Contents lists available at ScienceDirect Journal of Science Advanced Materials and Devices journal homepage locate jsamd Review Article Advanced collagen nanofibers-based functional bio-composites for high-value utilization of leather A review Youyou Wang a b 1 Manhui Zheng a b 1 Xinhua Liu a b c Ouyang Yue a b Xuechuan Wang c Huie Jiang a b a College of Bioresources Chemical and Materials Engineering Shaanxi University of Science amp Technology Wei Yang District Xi an 710021 Shaanxi China b National Demonstration Center for Experimental Light Chemistry Engineering Education Shaanxi University of Science amp Technology Weiyang District Xi an 710021 Shaanxi China c Institute of Biomass amp Functional Materials Shaanxi University of Science amp Technology Weiyang District Xi an 710021 Shaanxi China a r t i c l e i n f o a b s t r a c t Article history Natural leather with outstanding biomimetic properties is the main application of animal skin. However Received 10 October 2020 the traditional tannery industry is facing serious issues of sustainability such as low value addition and Received in revised form high environmental pollution. Upscaled functional leather UFL inherits all the natural properties of 21 January 2021 leather and combines it with other cross-domain functions due to which it has gained considerable Accepted 3 February 2021 Available online 13 February 2021 attention as advanced functional bio-based materials. This review briefly introduces the multi- hierarchical structure and preponderant properties of leather as a natural biomass. Further emphasis is on UFL which includes electromagnetic EM wave absorbing leather infrared absorbing leather X-ray Keywords Functional leather shielding leather flexible conductive leather flame-retardant leather antibacterial leather self-cleaning Biomass leather as well as water- oil- and soil-repellent leather. Furthermore the .

• Hoá học
• Advanced materials and devices
• Bio based materials
• Functional leather
• Cross domain functions
• Includes electromagnetic
• Flexible electronics
• Carbon materials
• Metal materials
• Possible usages
• Advanced materials
• Layered double hydroxides
• Photocatalytic degradation
• Fourier transform infrared spectra
• Effect of Ag doping
• Advanced devices
• Polymer electrolytes
• Spin coating
• Device fabrication
• Optical bandgap
• Cyclic voltammetry
• Polymer ceramic fiber nanocomposite coatings
• Titanium metal implant devices
• Bone tissue regeneration
• Nanofiberous coating
• Low power multilevel resistive switching
• Titanium oxide based RRAM devices
• Interface engineering
• Gibb's free energy
• Review of 4D printing materials
• Reinforced composites
• Smart materials
• Complex structures
• 4D printing
• 3D printing
• Dye sensitized solar cells
• Counter electrode
• Explored Pt area
• Viral recognition
• Human pathogenic viruses
• Dengue virus
• Ebola virus
• Hepatits virus
• Hydroxyl radical
• Dye degradation
• Dynamic light scattering
• Inductively coupled plasma mass spectrometry
• Reduced graphene oxide
• Electrode materials
• High performance supercapacitors
• Y MnS nanoparticles
• Mechanical processing techniques
• Two dimensional layered materials
• Atomice layer scale
• Mechanical characterization
• Fracture toughness
• Mechanical properties
• Fracture toughness enhancement
• Metal organic frameworks
• Nano Zn BDC NH2
• Fast adsorption
• Nano materials
• Optoelectronics
• optoelectronic devices
• Light Emissive
• Device Structures
• Symmetric Gain
• Optoelectronic Mixers
• Precursor concentration
• P type semiconductor
• Bismuth materials
• Bismuth oxyiodide
• Solar cell
• Energy storage materials
• Mixed transition metal ferrites
• Density functional theory
• Carbon paste electrode
• Differential pulse voltammetry
• Electrochemical impedance spectroscopy
• Iron oxide nanoparticles
• Electrochemical investigation
• Metal matrix composites
• Mechanical alloying
• 316L stainless steel
• Corrosion resistance
• Antibacterial activity
• ALP activity
• Molybdenum disulfide
• KOH electrolyte
• Electrochemical performance
• Neural interface
• Mushroom electrodes
• Long term integration
• Numerical analysis
• Microfluidic platforms
• Cell biology research
• Cell analysis
• Surface states
• Graphene oxide
• Electrophoretic deposition
• Titanium dioxide
• Glucose sensor
• Modified pencil graphite electrode
• Manganese oxides mediator
• Flow injection analysis