The morphology of CNCs was characterized using Park Systems AFM NX10 (from Park Systems Corp, Suwon, South Korea). CNC dispersions (0.005% in water) were sonicated in an ultrasonic bath. Next, 10 mL of CNC dispersions was transferred to a metal microscope slide and air-dried. CNCs images were obtained via tapping mode in the air using Budget Sensors Tap300-G probe (Izgrev, Sofia, Bulgaria). AC160TS-R3 micro silicon tips, coated with aluminum from Oxford Instruments (Abingdon, UK), were used for image recording. The amplitude and height of the samples were obtained from 1 μm × 1 μm images and a resolution of 512/512 pixels/line. At least 30 CNCs were measured, and the AFM dimensions (L, H, and W) were obtained.
Ac160ts r3 micro silicon tips
Manufactured by Oxford Instruments
Sourced in United Kingdom
The AC160TS-R3 micro silicon tips are a type of lab equipment used for various applications. They are designed with a sharp, precise tip and are made of silicon material. The core function of these tips is to provide a reliable and accurate tool for precise measurements, analysis, or manipulation in lab settings.
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Lab products found in correlation
2 protocols using ac160ts r3 micro silicon tips
1
Characterization of Cellulose Nanocrystals by AFM
2
Morphological Analysis of Cellulose Nanocrystals
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The morphology of CNC was characterized using Park Systems AFM NX10 (South Korea). CNC dispersions (0.005%, in water) were sonicated in an ultrasonic bath. Next, 10 mL of CNC dispersions were transferred to a metal microscope slide and air-dried. CNC images were obtained via tapping mode in the air using Budget Sensors Tap300-G probe (Izgrev, Sofia, Bulgaria). AC160TS-R3 micro silicon tips, coated with aluminum from Oxford Instruments (Abingdon, UK) were used for image recording. The amplitude and height of the samples were obtained from 1 μm × 1 μm images, and a resolution of 512/512 pixels/line. At least 30 CNC were measured and the AFM dimensions (L, H, and W) were obtained.
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