Examples#

Datasets#

Refilling Flow Dataset

Datasets

How-to: Use flowing particles as simulation input

Moving Mesh Dataset

Contracting LV-mesh

Volumes on regular Grids

Data on Regular Grids

Trajectory Modules#

Laminar flow

Laminar Flow in stenotic U-Bend

Turbulent flow

Turbulent Flow Trajectories

Taylor expansion of particle trajectories

Fitting taylor expansion to particle trajectories

Periodic Breathing motion

Breathing Motion Module

Proper orthogonal decomposition

Proper orthogonal decomposition (POD) trajectories

Gaussian Diffusion with bulk-motion

Contracting LV with diffusion random walk

Bloch Simulation#

Static Phantoms#

Single shot EPI Shepp-Logan

Spin Echo with Single Shot EPI

Spoiled GRE Shepp-Logan

Spoiled GRE Cartesian Readout

T2star with CMPG

T2star decay with CMPG sequence

Off-resonance with BSSFP

Static Phantom with off-resonance

Mulitple Coils with BSSFP

Multiple Coils: Using the ParallelReceiveBlochOperator

Flowing particles#

Turbulent Flow in UBend with spoiled GRE

Turbulent flow with velocity encoded spoiled GRE

Stenotic flow with spoiled GRE + VENC

Velocity encoded spoiled GRE with laminar flow (sequential)

Multiple VENCs in parallel spoiled GRE

Multi-Velocity encoded spoiled GRE laminar flow (parallel execution)

BSSFP of flow within aorta

Mesh Motion#

Contracting LV-mesh with breathing motion (bSSFP)

LV Contraction and breathing motion with bSSFP

Contracting LV-mesh with simple FID

Bloch-Simulation of PRESS in a moving heart

Analytic Simulation#

Overview: Basic functionality

Basics of performing Analytic Simulations

Incorporating motion

Incorporating Motion in Analytic Simulations

Cardiac DTI with MRXCAT2.0 background

Cardiac DTI with off-resonance using a contracting LV with stylized background

Multi-coil with simple phantom

Multiple Coils and advanced Encoding Features

BSSFP on spherical off-resonance Phantom

Static Phantom with off-resonance

BSSFP on texturized XCAT phantom