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Scanning electron micrographs (×2000) and AFM (10 μm × 10 μm) scans of untreated and <t>argon</t> <t>plasma-treated</t> hemp fibers. The SEM micrographs in figures are taken at 2000× magnification, while the AFM scans cover a 10 μm × 10 μm area along with the 3D surface topography [A–C: SEM and AFM micrographs of untreated fiber with their 3D projection, D–F: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 40 Hz power with their 3D projection, and G–I: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 80 Hz power with their 3D projection].
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plasma treated hemp fibers - by Bioz Stars, 2026-11
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Scanning electron micrographs (×2000) and AFM (10 μm × 10 μm) scans of untreated and <t>argon</t> <t>plasma-treated</t> hemp fibers. The SEM micrographs in figures are taken at 2000× magnification, while the AFM scans cover a 10 μm × 10 μm area along with the 3D surface topography [A–C: SEM and AFM micrographs of untreated fiber with their 3D projection, D–F: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 40 Hz power with their 3D projection, and G–I: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 80 Hz power with their 3D projection].
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Scanning electron micrographs (×2000) and AFM (10 μm × 10 μm) scans of untreated and <t>argon</t> <t>plasma-treated</t> hemp fibers. The SEM micrographs in figures are taken at 2000× magnification, while the AFM scans cover a 10 μm × 10 μm area along with the 3D surface topography [A–C: SEM and AFM micrographs of untreated fiber with their 3D projection, D–F: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 40 Hz power with their 3D projection, and G–I: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 80 Hz power with their 3D projection].
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hemp fibers etype skf2  (Bafa Neu GmbH)
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Scanning electron micrographs (×2000) and AFM (10 μm × 10 μm) scans of untreated and <t>argon</t> <t>plasma-treated</t> hemp fibers. The SEM micrographs in figures are taken at 2000× magnification, while the AFM scans cover a 10 μm × 10 μm area along with the 3D surface topography [A–C: SEM and AFM micrographs of untreated fiber with their 3D projection, D–F: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 40 Hz power with their 3D projection, and G–I: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 80 Hz power with their 3D projection].
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poly(3-hydroxybutyrate-co-3-hydroxyvalerate) matrix with the hemp fibers  (Biocomposites Inc)
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Scanning electron micrographs (×2000) and AFM (10 μm × 10 μm) scans of untreated and <t>argon</t> <t>plasma-treated</t> hemp fibers. The SEM micrographs in figures are taken at 2000× magnification, while the AFM scans cover a 10 μm × 10 μm area along with the 3D surface topography [A–C: SEM and AFM micrographs of untreated fiber with their 3D projection, D–F: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 40 Hz power with their 3D projection, and G–I: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 80 Hz power with their 3D projection].
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hemp fibers  (Biocomposites Inc)
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Biocomposites Inc hemp fibers
Scanning electron micrographs (×2000) and AFM (10 μm × 10 μm) scans of untreated and <t>argon</t> <t>plasma-treated</t> hemp fibers. The SEM micrographs in figures are taken at 2000× magnification, while the AFM scans cover a 10 μm × 10 μm area along with the 3D surface topography [A–C: SEM and AFM micrographs of untreated fiber with their 3D projection, D–F: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 40 Hz power with their 3D projection, and G–I: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 80 Hz power with their 3D projection].
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plasma treated hemp fiber  (JEOL)
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JEOL plasma treated hemp fiber
Scanning electron micrographs (×2000) and AFM (10 μm × 10 μm) scans of untreated and <t>argon</t> <t>plasma-treated</t> hemp fibers. The SEM micrographs in figures are taken at 2000× magnification, while the AFM scans cover a 10 μm × 10 μm area along with the 3D surface topography [A–C: SEM and AFM micrographs of untreated fiber with their 3D projection, D–F: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 40 Hz power with their 3D projection, and G–I: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 80 Hz power with their 3D projection].
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Scanning electron micrographs (×2000) and AFM (10 μm × 10 μm) scans of untreated and argon plasma-treated hemp fibers. The SEM micrographs in figures are taken at 2000× magnification, while the AFM scans cover a 10 μm × 10 μm area along with the 3D surface topography [A–C: SEM and AFM micrographs of untreated fiber with their 3D projection, D–F: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 40 Hz power with their 3D projection, and G–I: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 80 Hz power with their 3D projection].

Journal: ACS Omega

Article Title: Study of Hemp Fiber Properties Modified via Long-Duration Low-Pressure Argon and Oxygen Plasma Treatments

doi: 10.1021/acsomega.5c06420

Figure Lengend Snippet: Scanning electron micrographs (×2000) and AFM (10 μm × 10 μm) scans of untreated and argon plasma-treated hemp fibers. The SEM micrographs in figures are taken at 2000× magnification, while the AFM scans cover a 10 μm × 10 μm area along with the 3D surface topography [A–C: SEM and AFM micrographs of untreated fiber with their 3D projection, D–F: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 40 Hz power with their 3D projection, and G–I: SEM and AFM micrographs of fibers argon plasma-treated for 30 min at 80 Hz power with their 3D projection].

Article Snippet: The crystallinity of untreated and plasma-treated hemp fibers was analyzed using a Bruker D2 Phaser equipped with a Cu (1.541 Å) source and a LYNXEYE detector.

Techniques: Clinical Proteomics

Scanning electron micrographs (×2000) and AFM (10 μm × 10 μm) scans of argon plasma-treated hemp fibers for a duration of four h at 80 and 40 Hz power [A–C: SEM and AFM micrographs of fibers argon plasma-treated for 4 h at 40 Hz power with their 3D projection and D–F: SEM and AFM micrographs of fibers argon plasma-treated for 4 h at 80 Hz power with their 3D projection].

Journal: ACS Omega

Article Title: Study of Hemp Fiber Properties Modified via Long-Duration Low-Pressure Argon and Oxygen Plasma Treatments

doi: 10.1021/acsomega.5c06420

Figure Lengend Snippet: Scanning electron micrographs (×2000) and AFM (10 μm × 10 μm) scans of argon plasma-treated hemp fibers for a duration of four h at 80 and 40 Hz power [A–C: SEM and AFM micrographs of fibers argon plasma-treated for 4 h at 40 Hz power with their 3D projection and D–F: SEM and AFM micrographs of fibers argon plasma-treated for 4 h at 80 Hz power with their 3D projection].

Article Snippet: The crystallinity of untreated and plasma-treated hemp fibers was analyzed using a Bruker D2 Phaser equipped with a Cu (1.541 Å) source and a LYNXEYE detector.

Techniques: Clinical Proteomics

Scanning electron micrographs (×1200) and AFM (10 mm × 10 μm) scans of untreated hemp fibers and pretreated fibers using oxygen gas plasma [A–C: SEM and AFM micrographs of fibers oxygen plasma-treated for 30 min at 40 Hz power with their 3D projection, D–F: SEM and AFM micrographs of fibers oxygen plasma-treated for 30 min at 80 Hz power with their 3D projection, and G–I: SEM and AFM micrographs of fibers oxygen plasma-treated for 4 h at 40 Hz power with their 3D projection].

Journal: ACS Omega

Article Title: Study of Hemp Fiber Properties Modified via Long-Duration Low-Pressure Argon and Oxygen Plasma Treatments

doi: 10.1021/acsomega.5c06420

Figure Lengend Snippet: Scanning electron micrographs (×1200) and AFM (10 mm × 10 μm) scans of untreated hemp fibers and pretreated fibers using oxygen gas plasma [A–C: SEM and AFM micrographs of fibers oxygen plasma-treated for 30 min at 40 Hz power with their 3D projection, D–F: SEM and AFM micrographs of fibers oxygen plasma-treated for 30 min at 80 Hz power with their 3D projection, and G–I: SEM and AFM micrographs of fibers oxygen plasma-treated for 4 h at 40 Hz power with their 3D projection].

Article Snippet: The crystallinity of untreated and plasma-treated hemp fibers was analyzed using a Bruker D2 Phaser equipped with a Cu (1.541 Å) source and a LYNXEYE detector.

Techniques: Clinical Proteomics

X-ray diffraction patterns along with the peak deconvolutions of A: Untreated; B: Hemp fibers argon plasma-treated for 30 min at 40 Hz power; C: Hemp fibers argon plasma-treated for 30 min at 80 Hz power; D: Hemp fibers argon plasma-treated for 4 h at 40 Hz power; E: Hemp fibers argon plasma-treated for 4 h at 80 Hz power; F: Combined X-ray diffraction graph for all the samples.

Journal: ACS Omega

Article Title: Study of Hemp Fiber Properties Modified via Long-Duration Low-Pressure Argon and Oxygen Plasma Treatments

doi: 10.1021/acsomega.5c06420

Figure Lengend Snippet: X-ray diffraction patterns along with the peak deconvolutions of A: Untreated; B: Hemp fibers argon plasma-treated for 30 min at 40 Hz power; C: Hemp fibers argon plasma-treated for 30 min at 80 Hz power; D: Hemp fibers argon plasma-treated for 4 h at 40 Hz power; E: Hemp fibers argon plasma-treated for 4 h at 80 Hz power; F: Combined X-ray diffraction graph for all the samples.

Article Snippet: The crystallinity of untreated and plasma-treated hemp fibers was analyzed using a Bruker D2 Phaser equipped with a Cu (1.541 Å) source and a LYNXEYE detector.

Techniques: Clinical Proteomics

Crystallite size of untreated and argon plasma-treated fibers.

Journal: ACS Omega

Article Title: Study of Hemp Fiber Properties Modified via Long-Duration Low-Pressure Argon and Oxygen Plasma Treatments

doi: 10.1021/acsomega.5c06420

Figure Lengend Snippet: Crystallite size of untreated and argon plasma-treated fibers.

Article Snippet: The crystallinity of untreated and plasma-treated hemp fibers was analyzed using a Bruker D2 Phaser equipped with a Cu (1.541 Å) source and a LYNXEYE detector.

Techniques: Clinical Proteomics

[A] Transmission image of untreated fiber, [B] autofluorescence image of untreated fiber, [C] transmission image of plasma-treated fiber, and [D] autofluorescence image of plasma-treated fiber along with relative autofluorescence intensity vs depth ( z -axis).

Journal: ACS Omega

Article Title: Study of Hemp Fiber Properties Modified via Long-Duration Low-Pressure Argon and Oxygen Plasma Treatments

doi: 10.1021/acsomega.5c06420

Figure Lengend Snippet: [A] Transmission image of untreated fiber, [B] autofluorescence image of untreated fiber, [C] transmission image of plasma-treated fiber, and [D] autofluorescence image of plasma-treated fiber along with relative autofluorescence intensity vs depth ( z -axis).

Article Snippet: The crystallinity of untreated and plasma-treated hemp fibers was analyzed using a Bruker D2 Phaser equipped with a Cu (1.541 Å) source and a LYNXEYE detector.

Techniques: Transmission Assay, Clinical Proteomics