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hydroxyl functional carbon nanotubes (cnt-oh  (Aladdin Co Ltd)

 
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    Aladdin Co Ltd hydroxyl functional carbon nanotubes (cnt-oh
    Hydroxyl Functional Carbon Nanotubes (Cnt Oh, supplied by Aladdin Co Ltd, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/hydroxyl+functional+carbon+nanotubes+(cnt-oh/carbon+nanotube+paste++5++cnt+in+nmp+/10__1016_slash_j__compscitech__2025__111065-58-1-9
    Average 90 stars, based on 1 article reviews
    hydroxyl functional carbon nanotubes (cnt-oh - by Bioz Stars, 2026-09
    90/100 stars

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    Related Articles

    other:

    Article Title: Carbon nanotubes-intervened interface design of quartz fiber/polyurethane composite fibers towards improved mechanical properties
    Article Snippet: Inspired by the Xanthium fruit-like structure, a hybrid hardness and softness structure of carbon nanotubes (CNTs) and polymer chains is considered to be a promising hybrid grafting material.. The distributed hard CNTs and soft polymer chains (γ -mercaptopropyl triethyl silane, MPTS) increase the surface roughness of short quartz fibers (QFs), forming a percolated network throughout the surrounding polyurethane (PU) matrix, thereby improving the interfacial interaction between QFs and PU.. The modified QFs demonstrate improved interfacial adhesion, higher fiber surface energy, and greater interfacial area failure resistance.



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    Mechanical stretching study performed on the serpentine patterns printed by using (A) pristine and (B) modified Ag/AgCl inks with 10% (wt.) Ecoflex®. During stretching at 100% (a) and after stretching (b). Scale bar: 5 mm. (C) Resistance study of the printed serpentine patterns. Legends show pictorial representation of the serpentine interconnect designs. Corresponding details of the designs are shown in Fig. S2 and S3, ESI†. (D) Illustration showing the percolation structure of the electrode with the nanofiller of <t>CNTs</t> embedded within an elastomeric matrix offering stretchability. Photographs of the stretchable device showing the mechanical robustness: (E) 5 mm indention; (F) 180° twisting; (G) (a) before stretching, (b) during stretching and maintaining at 100% strain and (c) after repeated stretching at 100% strain for 100 times. Scale bar: 5 mm. (H) Microscopic images from the cathode (before (a), during 100% strain (b), and after 100 repeated 100% strain cycles (c)), and from the anode (before (d), during 100% stretching (e), and after 100 repeated 100% stretching cycles (f)). Scale bar: 1 mm. (I) CVs recorded before (green solid lines) and after (red dash lines) (a) applying increasing levels of strain from 0 to 100% with increments of 25%; (b) applying 100% stretching cycles for a total of 100 iterations; (c) indentations (5 mm) for a total of 100 repetitions; (d) 180° twisting cycles for a total of 100 iterations. Complementary CVs are shown in Fig. S5, ESI†.
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    Mechanical stretching study performed on the serpentine patterns printed by using (A) pristine and (B) modified Ag/AgCl inks with 10% (wt.) Ecoflex®. During stretching at 100% (a) and after stretching (b). Scale bar: 5 mm. (C) Resistance study of the printed serpentine patterns. Legends show pictorial representation of the serpentine interconnect designs. Corresponding details of the designs are shown in Fig. S2 and S3, ESI†. (D) Illustration showing the percolation structure of the electrode with the nanofiller of <t>CNTs</t> embedded within an elastomeric matrix offering stretchability. Photographs of the stretchable device showing the mechanical robustness: (E) 5 mm indention; (F) 180° twisting; (G) (a) before stretching, (b) during stretching and maintaining at 100% strain and (c) after repeated stretching at 100% strain for 100 times. Scale bar: 5 mm. (H) Microscopic images from the cathode (before (a), during 100% strain (b), and after 100 repeated 100% strain cycles (c)), and from the anode (before (d), during 100% stretching (e), and after 100 repeated 100% stretching cycles (f)). Scale bar: 1 mm. (I) CVs recorded before (green solid lines) and after (red dash lines) (a) applying increasing levels of strain from 0 to 100% with increments of 25%; (b) applying 100% stretching cycles for a total of 100 iterations; (c) indentations (5 mm) for a total of 100 repetitions; (d) 180° twisting cycles for a total of 100 iterations. Complementary CVs are shown in Fig. S5, ESI†.
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    Image Search Results


    Mechanical stretching study performed on the serpentine patterns printed by using (A) pristine and (B) modified Ag/AgCl inks with 10% (wt.) Ecoflex®. During stretching at 100% (a) and after stretching (b). Scale bar: 5 mm. (C) Resistance study of the printed serpentine patterns. Legends show pictorial representation of the serpentine interconnect designs. Corresponding details of the designs are shown in Fig. S2 and S3, ESI†. (D) Illustration showing the percolation structure of the electrode with the nanofiller of CNTs embedded within an elastomeric matrix offering stretchability. Photographs of the stretchable device showing the mechanical robustness: (E) 5 mm indention; (F) 180° twisting; (G) (a) before stretching, (b) during stretching and maintaining at 100% strain and (c) after repeated stretching at 100% strain for 100 times. Scale bar: 5 mm. (H) Microscopic images from the cathode (before (a), during 100% strain (b), and after 100 repeated 100% strain cycles (c)), and from the anode (before (d), during 100% stretching (e), and after 100 repeated 100% stretching cycles (f)). Scale bar: 1 mm. (I) CVs recorded before (green solid lines) and after (red dash lines) (a) applying increasing levels of strain from 0 to 100% with increments of 25%; (b) applying 100% stretching cycles for a total of 100 iterations; (c) indentations (5 mm) for a total of 100 repetitions; (d) 180° twisting cycles for a total of 100 iterations. Complementary CVs are shown in Fig. S5, ESI†.

    Journal: Journal of materials chemistry. A, Materials for energy and sustainability

    Article Title: Stretchable Biofuel Cells as Wearable Textile-based Self-Powered Sensors

    doi: 10.1039/C6TA08358G

    Figure Lengend Snippet: Mechanical stretching study performed on the serpentine patterns printed by using (A) pristine and (B) modified Ag/AgCl inks with 10% (wt.) Ecoflex®. During stretching at 100% (a) and after stretching (b). Scale bar: 5 mm. (C) Resistance study of the printed serpentine patterns. Legends show pictorial representation of the serpentine interconnect designs. Corresponding details of the designs are shown in Fig. S2 and S3, ESI†. (D) Illustration showing the percolation structure of the electrode with the nanofiller of CNTs embedded within an elastomeric matrix offering stretchability. Photographs of the stretchable device showing the mechanical robustness: (E) 5 mm indention; (F) 180° twisting; (G) (a) before stretching, (b) during stretching and maintaining at 100% strain and (c) after repeated stretching at 100% strain for 100 times. Scale bar: 5 mm. (H) Microscopic images from the cathode (before (a), during 100% strain (b), and after 100 repeated 100% strain cycles (c)), and from the anode (before (d), during 100% stretching (e), and after 100 repeated 100% stretching cycles (f)). Scale bar: 1 mm. (I) CVs recorded before (green solid lines) and after (red dash lines) (a) applying increasing levels of strain from 0 to 100% with increments of 25%; (b) applying 100% stretching cycles for a total of 100 iterations; (c) indentations (5 mm) for a total of 100 repetitions; (d) 180° twisting cycles for a total of 100 iterations. Complementary CVs are shown in Fig. S5, ESI†.

    Article Snippet: Carboxylic acid functionalized multi-walled carbon nanotubes (COOH-CNTs) and hydroxyl functionalized multi-walled carbon nanotubes (OH-CNTs) (purity >95%, diameter = 10–20 nm, length = 10–30 μm) were purchased from Cheap Tubes Inc. Polyurethane (PU) (Tecoflex ® SG-80A) was obtained from Lubrizol LifeSciences.

    Techniques: Modification