3. A "colloid probe" mode is used in AFM to measure the adhesion. A sphere is attached to a tipless AFM cantilever. Which capillary force do you generate when probing hydrophilic surface with hydrophilic colloid probe of 2 microns in radius? Compare your results for relative air humidity of 90% and 30%.
3. A "colloid probe" mode is used in AFM to measure the adhesion. A sphere is attached to a tipless AFM cantilever. Which capillary force do you generate when probing hydrophilic surface with hydrophilic colloid probe of 2 microns in radius? Compare your results for relative air humidity of 90% and 30%.
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![3. A "colloid probe" mode is used in AFM to measure the adhesion. A sphere is attached to a
tipless AFM cantilever. Whichcapillary force do you generate when probing hydrophilic surface
with hydrophilic colloid probe of 2 microns in radius? Compare your results for relative air
humidity of 90% and 30%.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1181d6a7-1030-4af9-aa65-e558ec380a47%2Ffdd8bd1b-bf8d-4111-9e24-8e3b3d6a2b05%2Fo4n65zp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3. A "colloid probe" mode is used in AFM to measure the adhesion. A sphere is attached to a
tipless AFM cantilever. Whichcapillary force do you generate when probing hydrophilic surface
with hydrophilic colloid probe of 2 microns in radius? Compare your results for relative air
humidity of 90% and 30%.
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