Small Sized Plastic Object
An animation of the x-ray projection images of the plastic object. It is magnified by about 5X.
An animation of the cross-sectional slices from the 3D volume set created from the CT scan data. The volume data was calculated using a filtered back projection reconstruction algorithm written at CNDE.
Large Ceramic Object
This is a video showing a 3D-printed ceramic object that is approximately 5 inches wide. It is on the larger end of objects that will fit in our CT scanning system.
Here is an animation of the X-ray projection images of the ceramic object. There is very little magnification. The image brightness and contrast were adjusted to display the thickest regions.
Here is an animation of the X-ray projection images of the ceramic object. There is very little magnification. The image brightness and contrast were adjusted to display the thinner regions.
An animation of the cross-sectional slices from the 3D volume set created from the CT scan data. The volume data was calculated using a filtered back projection reconstruction algorithm written at CNDE.
An animation of the longitudinal slices from the 3D volume set created from the CT scan data. These slices are at a right angle to the cross-sectional slices shown above. The volume data was calculated using a filtered back projection reconstruction algorithm written at CNDE.
Medium Sized “Popular” Sample
An animation of the x-ray projection images of a popular snack item. It is magnified by about 4X.
An animation of the cross-sectional slices from the 3D volume set created from the CT scan data. The volume data was calculated using a filtered back projection reconstruction algorithm written at CNDE.