Visualization 1.mp4

3D visualization of reconstructed phase image of flour bug

Visualization 2.mp4

3D visualization of reconstructed transmission image of flour bug

Fluid model.

<p>Fluid model.</p

Plot of the force on the edge loaded by a constant speed <i>v</i> versus time.

<p>Plot of the force on the edge loaded by a constant speed <i>v</i> versus time.</p

Effective one-dimensional model for cantilever vibration in air.

<p>Effective one-dimensional model for cantilever vibration in air.</p

Frequency responses of four common AFM cantilevers: a) NP-A b) NP-C c) NSC14 d) SCM.

<p>Frequency responses of four common AFM cantilevers: a) NP-A b) NP-C c) NSC14 d) SCM.</p

Plot of the force on the edge loaded by different speeds (<i>v</i>) versus time:a) v = 0.1m/s b)v = 0.2m/s c)v = 0.4m/s d)v = 0.8m/s.

<p>Plot of the force on the edge loaded by different speeds (<i>v</i>) versus time:a) v = 0.1m/s b)v = 0.2m/s c)v = 0.4m/s d)v = 0.8m/s.</p

Simulation results for the fluid structure interactions: a) Viscous force versus speed, b) Effective spring constant versus speed.

<p>Simulation results for the fluid structure interactions: a) Viscous force versus speed, b) Effective spring constant versus speed.</p

Root-mean-square amplitude curves as a function of frequency for a one-dimensional oscillator with damping.

<p>Root-mean-square amplitude curves as a function of frequency for a one-dimensional oscillator with damping.</p

Pictures and diagrams of the AFM cantilevers: a) NP-A b) NP-C c) NSC14 d) SCM.

<p>Pictures and diagrams of the AFM cantilevers: a) NP-A b) NP-C c) NSC14 d) SCM.</p