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Continuous Carbon Nanofibers For Nanofiber Composites
MRS Proceedings, 2001ABSTRACTContinuous carbon nanofibers were manufactured using electrospinning technique. The as-spun polyacrylonitrile (PAN) nanofibers were stabilized and carbonized to convert them into carbon nanofibers. The diameters of typical carbon nanofibers were in the range from 100 -500 nanometers.
Yuris Dzenis, Yongkui Wen
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Advanced Materials, 1997
The preparation of nanofibers—fibers with nanometer diameters—is briefly reviewed. Particular attention is paid to the synthesis based on locking‐in the mesophasic structures formed by diblock copolymers. Examples of the resulting nanofibers with a core‐shell structure (prepared for transmission electron microscopy by a freeze‐drying method) are shown ...
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The preparation of nanofibers—fibers with nanometer diameters—is briefly reviewed. Particular attention is paid to the synthesis based on locking‐in the mesophasic structures formed by diblock copolymers. Examples of the resulting nanofibers with a core‐shell structure (prepared for transmission electron microscopy by a freeze‐drying method) are shown ...
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Nano Letters, 2006
Nanoscaled, needle-shaped frequency doublers have been generated via self-assembled surface growth from functionalized quaterphenylene molecules with a designed large hyperpolarizability. The nanofiber frequency doublers exhibit very weak fluorescence centered around 430 nm but emit a strong, resonance-enhanced second-harmonic signal when excited with ...
J, Brewer +4 more
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Nanoscaled, needle-shaped frequency doublers have been generated via self-assembled surface growth from functionalized quaterphenylene molecules with a designed large hyperpolarizability. The nanofiber frequency doublers exhibit very weak fluorescence centered around 430 nm but emit a strong, resonance-enhanced second-harmonic signal when excited with ...
J, Brewer +4 more
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Formation of Glycopolyamide Nanofibers
Macromolecular Rapid Communications, 2008AbstractA hydrophilic glycopolyamide homopolymer is described, consisting of a tertiary polyamide backbone and D‐glucose side chains, which upon direct dissolution in water can self‐assemble into spherical vesicles and nanofibers. Based on TEM, SFM, and SAXS data, it is proposed that the nanofibers are hollow nanotubes with a cross‐sectional radius of ...
Gress, A., Smarsly, B., Schlaad, H.
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Characterization of nanofibers and nanofiber membranes
2023Morteza Afsari +2 more
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Compound Core–Shell Polymer Nanofibers by Co-Electrospinning
Advanced Materials, 2003Eyal Zussman +2 more
exaly
Characterization of Nanofiber and Nanofiber Materials
Hesheng Yu, Zhongchao Tanopenaire +1 more source