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1 article(s) from Li, Yinli

Exploring the complex mechanical properties of xanthan scaffolds by AFM-based force spectroscopy

Hao Liang,
Guanghong Zeng,
Yinli Li,
Shuai Zhang,
Huiling Zhao,
Lijun Guo,
Bo Liu and
Mingdong Dong

Beilstein J. Nanotechnol. 2014, 5, 365–373, doi:10.3762/bjnano.5.42

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Figure 1: AFM images of xanthan scaffold A) in air, B) in isopropanol. C) Height histograms of xanthan scaffo...

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Figure 2: Typical force curves with different number of rupture events. A) Single event. B) Double events. C)...

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Figure 3: A) Schematic diagram of the superposition of force curves with single events. B) Distributions of r...

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Figure 4: A) Typical “type 1” (t₁) force curve fitted with the WLC model. The inset is the model proposed to ...

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Figure 5: A,B) Typical single stretching event with one and two kinks (type 2), the insets are the proposed m...

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Figure 6: A) Typical double-peak force curve. B) “type 3” (t₃) force curve. C,D) histograms of the difference...

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Figure 7: Mechanical responses composited by different type force curves. A) t₁ + t₂. B) t₂ + t₃. C) t₁ + t₃....

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Published 27 Mar 2014

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