yujia chen

Publication Date: 2010

Publication Name: Atmospheric Environment

Research Interests:
Environmental Engineering, Climate Change, Atmospheric sciences, Polycyclic Aromatic Hydrocarbon, Human health, and 6 moreEnergy Production, Size Distribution, Particulate Matter, Stepwise Regression, Air Pollutants, and Total Variation

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Publication Date: 2010

Publication Name: Applied Surface Science

Research Interests:
Multidisciplinary, Surface Roughness, Nitrogen, Bond Strength, Crystallite Size, and 8 moreShear Strength, Functional Group, Interaction effect, Carbon Fibers, Carbon Fiber, Raman Spectra, Tensile Strength, and Electrochemical Oxidation

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Electrochemical oxidation surface treatment of polyacrylonitrile-based carbon fibers (CFs) in 0.5M ammonium oxalate aqueous solution for 94s with the electric current density being 0.6mAcm−2 resulted in simultaneous improvements of... more

Electrochemical oxidation surface treatment of polyacrylonitrile-based carbon fibers (CFs) in 0.5M ammonium oxalate aqueous solution for 94s with the electric current density being 0.6mAcm−2 resulted in simultaneous improvements of interfacial bonding strength and tensile strength by ∼8.6% and ∼16.6%, respectively. The improvements were due to the following reasons: (1) besides creating active surface functional groups, the electrochemical oxidation treatment with

Publication Date: 2010

Publication Name: Materials Chemistry and Physics

Research Interests:
Materials Engineering, Materials Chemistry, Fatigue crack growth, Current Density, Bond Strength, and 10 moreSurfaces, Surface treatment, Layer by Layer, Functional Group, Carbon Fibers, Carbon Fiber, Tensile Strength, Aqueous Solution, Theoretical Model, and Electrochemical Oxidation

Publication Date: 2010

Publication Name: Applied Surface Science

Research Interests:
Multidisciplinary, Surface Roughness, Nitrogen, Bond Strength, Crystallite Size, and 8 moreShear Strength, Functional Group, Interaction effect, Carbon Fibers, Carbon Fiber, Raman Spectra, Tensile Strength, and Electrochemical Oxidation

Download (.pdf)

Electrochemical oxidation surface treatment of polyacrylonitrile-based carbon fibers (CFs) in 0.5M ammonium oxalate aqueous solution for 94s with the electric current density being 0.6mAcm−2 resulted in simultaneous improvements of... more

Electrochemical oxidation surface treatment of polyacrylonitrile-based carbon fibers (CFs) in 0.5M ammonium oxalate aqueous solution for 94s with the electric current density being 0.6mAcm−2 resulted in simultaneous improvements of interfacial bonding strength and tensile strength by ∼8.6% and ∼16.6%, respectively. The improvements were due to the following reasons: (1) besides creating active surface functional groups, the electrochemical oxidation treatment with

Publication Date: 2010

Publication Name: Materials Chemistry and Physics

Research Interests:
Materials Engineering, Materials Chemistry, Fatigue crack growth, Current Density, Bond Strength, and 10 moreSurfaces, Surface treatment, Layer by Layer, Functional Group, Carbon Fibers, Carbon Fiber, Tensile Strength, Aqueous Solution, Theoretical Model, and Electrochemical Oxidation

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Publication Date: 2010

Publication Name: Atmospheric Environment

Publication Date: 2010

Publication Name: Applied Surface Science

Publication Date: 2010

Publication Name: Materials Chemistry and Physics

Publication Date: 2010

Publication Name: Applied Surface Science

Publication Date: 2010

Publication Name: Materials Chemistry and Physics

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