Examples of using Three-dimensional image in English and their translations into Portuguese
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Medicine
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Ecclesiastic
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Computer
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Official/political
of a high diagnostic accuracy that allows the three-dimensional image visualization.
for example, allows the acquisition of many consecutive focal-plane images that can be reconstructed into a high-resolution three-dimensional image.
These will link back to the optic memory of last night, and act as a three-dimensional image of everything that happened in the bar.
we propose in this work, a methodology of three-dimensional image analysis obtained by computed microtomography.
giving you a true three-dimensional image.
giving you a true three-dimensional image.
a truly stunning and superbly accurate three-dimensional image.
they result of the use of a wired frame to simulate a three-dimensional image in the bi-dimensional space of the screen.
a X3 matrix-array transducer for three-dimensional image acquisition.
the microphone is able to capture room ambience to produce a stunning and accurate three-dimensional image, bringing your instrument recordings to life.
reproduce the true three-dimensional image of the object, which is vivid
The three-dimensional images show the non-compacted regions Figure 1.
The processing of three-dimensional images can be divided into two stages:
The acquisition of three-dimensional images was performed after the use of two-dimensional echocardiographic exam.
The acquisition of the three-dimensional images has been carried out after the two-dimensional echocardiographic study.
Use of three-dimensional images of the frontal sinus cavity from CBCT to determine….
When light was shined through the disks… three-dimensional images of the Yowie Yahoo were created.
The development of this new technology has provided dentistry with the reproduction of three-dimensional images of mineralized maxillofacial tissues with minimal distortion
Three-dimensional images of the main structures of the extensor apparatus of the knee using the technique described above.
Recorded projections were processed and the three-dimensional images of the radiopharmaceutical distribution were produced using a computational tool based on the maximum likelihood algorithm.