The recent analytical solutions to the Bloch NMR equations for a general RF excitation have
opened many possibilities for further investigations to NMR theory and experiments even at …

Estimating permeability from grain-size distributions or from well logs is attractive but very
difficult. The difficulties are inherent in many petroleum-bearing reservoirs and complex …

Magnetic resonance imaging (MRI) uses a powerful magnetic field along with radio waves
and a computer to produce highly detailed “slice-by-slice” pictures of virtually all internal …

Nuclear magnetic resonance (NMR) is widely used in physics, chemistry, biology,
engineering and medicine because there is hardly another technique that is so informative …

In the present paper, we studied how a infectious virus spread in human body or other
species or environment. The mathematical model used as tool to predict propagation of …

In human physiological and pathological flow systems, it is not possible to rule out diffusion
in all advective processes because perfusion goes hand in hand with diffusion processes. It …

Molecular imaging is promising for two main reasons. First, it enables human diseases to be
detected early, that is, before noticeable symptoms manifest. Second, it makes precision …

This paper describes thoroughly the need and the method of deriving the first of its kind the
NMR/MRI blood flow magnetization (y component) equation in the rotating frame when rf B 1 …

Diffusion imaging and particularly diffusion tensor imaging have become popular due to
their numerous clinical and research applications which span from brain stroke evaluation to …

This Chapter presents fundamental physics of nuclear magnetic resonance imaging (NMR),
how it works and how knowledge of the expected behaviour of normal tissue helps to …