This review provides a balanced perspective regarding the clinical utility of magnetic
resonance systems across the range of field strengths for which current state-of-the-art units …

New next-generation low-field magnetic resonance imaging systems (operating in the range
of 0.5 T) hold great potential for increasing access to clinical diagnosis and needed health …

Whole-body magnetic resonance imaging (MRI) systems with a field strength of 3 T have
been offered by all leading manufacturers for approximately 2 decades and are increasingly …

The role of MRI in diagnostics, prognostics, and discoveries in basic sciences has been well
established. However, access to this life‐saving technology is largely restricted to countries …

This book covers all aspects of low field MRI, describing its advantages, problems and
prerequisites. Individual chapters are devoted to site planning, safety considerations, coils …

Modern MRI scanners have trended toward higher field strengths to maximize signal and
resolution while minimizing scan time. However, high‐field devices remain expensive to …

The magnetic field strength of choice that is used currently for body MR imaging has been
based on the 1.5 T systems. At the current state of development, this field strength has …

Magnetic resonance (MR) field strength is one of the key aspects to consider when
purchasing MR equipment. Other aspects include the gradient system, coil design, computer …

In the past 10 to 15 years, 1.5 T has been one of the most commonly used field strengths for
dayto-day clinical operations. However, recent advances in high field technology and the …

Magnetic resonance imaging (MRI) plays a pivotal role in diagnostic imaging. In today's
clinical environment, scanners with field strengths of 1.5 to 3 T are most commonly used …