Assessment of 3D velocity vector fields and turbulent kinetic energy in a realistic aortic phantom using multi-point variable-density velocity encoding

Verena Knobloch; Christian Binter; Utku Gulan; Peter Boesiger; Sebastian Kozerke

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Assessment of 3D velocity vector fields and turbulent kinetic energy in a realistic aortic phantom using multi-point variable-density velocity encoding

机译：使用多点可变密度速度编码评估逼真的主动脉体模中的3D速度矢量场和湍动能

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来源
《Journal of cardiovascular magnetic resonance :》 |2012年第1期|共页
作者
Verena Knobloch; Christian Binter; Utku Gulan; Peter Boesiger; Sebastian Kozerke;
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中图分类心脏、血管（循环系）疾病;
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1. Assessment of 3D velocity vector fields and turbulent kinetic energy in a realistic aortic phantom using multi-point variable-density velocity encoding [J] . Verena Knobloch, Christian Binter, Utku Gulan, Journal of cardiovascular magnetic resonance : . 2012,第Suppla1期

机译：使用多点可变密度速度编码评估逼真的主动脉体模中的3D速度矢量场和湍动能
2. Turbulent kinetic energy dissipation rate estimation from PIV velocity vector fields [J] . Saarenrinne P., Piirto M. Experiments in Fluids: Experimental Methods and Their Applications to Fluid Flow . 2000,第SS期

机译：利用PIV速度矢量场估算湍流动能耗散率
3. A multifractal formalism for vector-valued random fields based on wavelet analysis: application to turbulent velocity and vorticity 3D numerical data [J] . Pierre Kestener, Alain Arneodo Stochastic environmental research and risk assessment . 2008,第3期

机译：基于小波分析的向量值随机场的多重分形形式：在湍流和涡度3D数值数据中的应用
4. Does large beam-steered angle velocity compounding using plane wave transmission improve blood vector velocity estimation in a 3D carotid artery flow field? [C] . Saris Anne E.C.M., Hansen Hendrik H.G., Fekkes Stein, IEEE International Ultrasonics Symposium . 2014

机译：使用平面波传输进行大波束转向角速度复合是否会改善3D颈动脉流场中的血液矢量速度估计？
5. Velocity & Vorticity Transport in 3D-Printed Idealized & Realistic Human Airways Using Magnetic Resonance Velocimetry (MRV) & Particle Image Velocimetry (PIV) [D] . Jalal, Sahar. 2019

机译：使用磁共振速度（MRV）和粒子图像VELOCIMETRY（PIV）的3D印刷理想化和现实人类气道的速度和涡流运输
6. Assessment of 3D velocity vector fields and turbulent kinetic energy in a realistic aortic phantom using multi-point variable-density velocity encoding [O] . Verena Knobloch, Christian Binter, Utku Gulan, 2012

机译：使用多点可变密度速度编码评估逼真的主动脉体模中的3D速度矢量场和湍动能
7. Assessment of 3D velocity vector fields and turbulent kinetic energy in a realistic aortic phantom using multi-point variable-density velocity encoding [O] . Verena Knobloch, Christian Binter, Utku Gulan, 2012

机译：使用多点可变密度速度编码评估逼真的主动脉体模中的3D速度矢量场和湍动能

Assessment of 3D velocity vector fields and turbulent kinetic energy in a realistic aortic phantom using multi-point variable-density velocity encoding

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