Next 1.1 Vibration measurements 2 of 26 1.2 Moiré (cont'd) 1.2 Moiré (cont'd) 1.2 Moiré (cont'd) 1.2 Moiré (cont'd) 1.2 Moiré (cont'd) 1.3 High-resolution X-ray CT 1.3 High-resolution X-ray CT (cont'd) 1.3 High-resolution X-ray CT (cont'd) 1.3 High-resolution X-ray CT (cont'd) 1.3 High-resolution X-ray CT (cont'd) 1.3 High-resolution X-ray CT (cont'd) 1.4 Magnetic-resonance microscopy 1.5 Histology 1.5 Histology (cont'd) 2. 3-D model creation 2. 3-D model creation (cont'd) 2. 3-D model creation (cont'd) 2. 3-D model creation (cont'd) 2. 3-D model creation (cont'd) 2. 3-D model creation (cont'd) 2. 3-D model creation (cont'd) 2. 3-D model creation (cont'd) 2. 3-D model creation (cont'd) 2. 3-D model creation (cont'd)

1.2 Moiré

Moire: grid of straight lines

Decraemer and Dirckx in Antwerp can measure the precise 3-D shape of the eardrum using phase-shift moiré topography, a non-contacting optical method.

The method uses a grid of straight lines.

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BMDE-501 Modelling middle-ear mechanics

R. Funnell
Last modified: 2019-09-29 14:10:27

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