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Mechanical Nanosensors

Mechanical nanosensors are devices that measure physical and chemical properties in a nanoscale region or detect the presence of (bio)molecules based on the principles of mechanics [1]. [Pg.1738]

Mechanical nanosensors possess comparative advantages over optical nanosensors and electromagnetic nanosensors for the measurement of nanoscale mechanical properties [2]. Examples of mechanical nanosensors include CNT-based fluidic shear-stress sensors [3] and the nanomechanical cantilever sensors [4]. [Pg.1738]

Mechanical Nanosensors, Fig. 2 Measurementof the Young s modulus of a nanowire using an AFM [9] (a) motion... [Pg.1740]

Induced-Charge Electrokinetic Motion of Particle in a MicroChannel Mechanical Nanosensors... [Pg.2342]

Mechanical nanosensors possess comparative advantages over optical nanosensors and electromagnetic nanosensors for the measurement of nanoscale mechanical properties [1]. [Pg.1076]

Mechanical Nanosensors, Figure 2 Typical protiles of AFM tip retraction and measured lateral torce versus lateral displacement... [Pg.1077]


See other pages where Mechanical Nanosensors is mentioned: [Pg.1174]    [Pg.1738]    [Pg.1738]    [Pg.1739]    [Pg.1739]    [Pg.1740]    [Pg.1741]    [Pg.1926]    [Pg.2401]    [Pg.2834]    [Pg.3010]    [Pg.1076]    [Pg.1076]    [Pg.1077]    [Pg.1077]    [Pg.1230]    [Pg.1447]    [Pg.1846]   
See also in sourсe #XX -- [ Pg.1076 ]




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