In recent years, golden‐angle radial sampling has received substantial attention and interest
in the magnetic resonance imaging (MRI) community, and it has become a popular sampling …

In golden angle radial magnetic resonance imaging a constant azimuthal radial profile
spacing of 111.246...° guarantees a nearly uniform azimuthal profile distribution in k-space …

Breast tumor diagnosis requires both high spatial resolution to obtain information about
tumor morphology and high temporal resolution to probe the kinetics of contrast uptake …

Spiral acquisition schemes offer unique advantages such as flow compensation, efficient k-
space sampling and robustness against motion that make this option a viable choice among …

Magnetic resonance imaging allows numerous k‐space sampling schemes such as
cartesian, polar, spherical, and other non‐rectilinear trajectories. Non‐rectilinear MR …

Purpose To describe how a robust implementation of a radial 3D gradient-echo sequence
with stack-of-stars sampling can be achieved, to review the imaging properties of radial …

Purpose Spiral‐based trajectories for magnetic resonance imaging can be advantageous,
but are often cumbersome to design or create. This work presents a flexible numerical …

A novel center‐out 3D trajectory for sampling magnetic resonance data is presented. The
trajectory set is based on a single Fermat spiral waveform, which is substantially …

The use of spiral trajectories is an efficient way to cover a desired k‐space partition in
magnetic resonance imaging (MRI). Compared to conventional Cartesian k‐space …

For non‐Cartesian data acquisition in MRI, k‐space trajectory infidelity due to eddy current
effects and other hardware imperfections will blur and distort the reconstructed images. Even …