Direct Computation of Multiple 3D Flow Convergence isovelocity Surfaces from Digital 3D Reconstruction of Colour Doppler Data of the Flow Convergence Region: an in vitro Study with Differently Shaped Orifices | Zendy

X.-K. Li | Zendy; Timothy Irvine | Zendy; Suthep Wanitkun | Zendy; Yoshiki Mori | Zendy; Paul R. Detmer | Zendy; X.-N. Li | Zendy; Ying Wu | Zendy; Romain Martin | Zendy; David J. Sahn | Zendy

Open Access

Direct Computation of Multiple 3D Flow Convergence isovelocity Surfaces from Digital 3D Reconstruction of Colour Doppler Data of the Flow Convergence Region: an in vitro Study with Differently Shaped Orifices

Author(s) -

X.-K. Li,

Timothy Irvine,

Suthep Wanitkun,

Yoshiki Mori,

Paul R. Detmer,

X.-N. Li,

Ying Wu,

Romain Martin,

David J. Sahn

Publication year - 2000

Publication title -

european journal of echocardiography

Language(s) - English

Resource type - Journals

eISSN - 1525-2167

pISSN - 1532-2114

DOI - 10.1053/euje.2000.0040

Subject(s) - computation , flow (mathematics) , doppler effect , volumetric flow rate , algorithm , physics , computer science , geometry , mathematics , mechanics , astronomy

Evaluation of the accuracy of direct computation of multiple three-dimensional (3D) flow convergence (FC) isovelocities by using digital reconstruction of colour Doppler data of the flow convergence region.

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