Comparison of exciton optical nonlinearities for resonant and non-resonant excitation by Kyhn, K, Taylor, R

Resonances in bimolecular reactions by Liu, K, Skodje, RT, Manolopoulos, D

“…In this Perspective we briefly review our recent studies which prove unequivocally the existence of a quantum dynamical resonance in the F + HD → HF + D reaction. The signatures of the resonance in the integral and differential cross sections of this reaction are elucidated. …”

Nonlinearity in fluid resonances by Ockendon, H, Ockendon, J

“…This paper reviews the simplest mathematical theories that have been advanced to describe the effects of nonlinearity on fluid resonance in two paradigm situations, namely gas oscillating in a container and water sloshing in a tank. …”

RESONANT SURFACE-WAVES by Ockendon, J, Ockendon, H

RESONANT PROCESSES IN PHOTOIONIZATION OF NO by Sukumar, C, Bottcher, C

Society for Cardiovascular Magnetic Resonance guidelines for reporting cardiovascular magnetic resonance examinations. by Hundley, W, Bluemke, D, Bogaert, J, Friedrich, MG, Higgins, C, Lawson, M, McConnell, M, Raman, S, van Rossum, A, Flamm, S, Kramer, C, Nagel, E, Neubauer, S

“…These reporting guidelines are recommended by the Society for Cardiovascular Magnetic Resonance (SCMR) to provide a framework for healthcare delivery systems to disseminate cardiac and vascular imaging findings related to the performance of cardiovascular magnetic resonance (CMR) examinations.…”

Topological pumping of photons in nonlinear resonator arrays by Tangpanitanon, J, Bastidas, V, Al-Assam, S, Roushan, P, Jaksch, D, Angelakis, D

“…We show how to implement topological or Thouless pumping of interacting photons in one dimensional nonlinear resonator arrays, by simply modulating the frequency of the resonators periodically in space and time. …”

Topological pumping of photons in nonlinear resonator arrays by Jaksch, D, Tangpanitanon, J, Bastidas, V, Al-Assam, S, Rousham, P, Angelakis, D

“…We show how to implement topological or Thouless pumping of interacting photons in one dimensional nonlinear resonator arrays, by simply modulating the frequency of the resonators periodically in space and time. …”

RESONANT SLOSHING IN SHALLOW-WATER by Ockendon, H, Ockendon, J, Johnson, A

“…The ordinary differential equation which represents forced water waves on shallow water near resonance, is considered when the dispersion is small. …”

ANTIFERROMAGNETIC-RESONANCE IN GDVO4 by Abraham, M, Baker, J, Bleaney, B, Pfeffer, J, Wells, M

Cardiovascular magnetic resonance imaging by Karamitsos, T, Neubauer, S

“…Magnetic resonance imaging (MRI) uses the magnetic properties of the hydrogen nucleus, radio waves and powerful magnets to provide high-quality still and cine images of the cardiovascular system, with and without the use of an exogenous contrast (gadolinium). …”

Giant resonances from TDHF by Stevenson, P, Strayer, MR, Stone, J, Newton, W

“…A method of calculating giant resonance strength functions using Time-Dependent Hartree-Fock techniques is described. …”

Functional magnetic resonance imaging. by Matthews, P, Jezzard, P

“…Blood oxygenation level dependent (BOLD) functional magnetic resonance imaging (fMRI) is a powerful approach to defining activity in the healthy and diseased human brain. …”

Resonant particle production in branonium by Rosa, J, March-Russell, J

“…We show that this may occur in a regime of parametric resonance when the probe's motion is non-relativistic and it moves at large distances from the source branes in low eccentricity orbits. …”

Magnetic resonance imaging of the heart. by Sandstede, J, Beer, M, Pabst, T, Köstler, H, Kenn, W, Neubauer, S, Hahn, D

Multi-mode resonances in fluids by Ockendon, H, Ockendon, J, Waterhouse, D

“…Examples are the sloshing of a horizontally oscillated tank or acoustic oscillations in a resonator of general shape. However, multiple eigenmodes can be excited if the spectrum is either commensurate or degenerate and both acoustic resonance and the sloshing of shallow water in a nearly square container exemplify both these exceptional cases. …”

Electron Paramagnetic Resonance spectroscopy by Calle, C, Eichel, R, Finazzo, C, Forrer, J, Granwehr, J, Gromov, I, Groth, W, Harmer, J, Kalin, M, Lammler, W, Liesum, L, Madi, Z, Stoll, S, Van Doorslaer, S, Schweiger, A

On the tidal resonance of the Bristol Channel by Gao, C, Adcock, T

“…A key cause for this is the resonance with the dominant semi-diurnal tides. In this paper we use numerical simulations to investigate this resonance. …”

AN S-MATRIX ANALYSIS OF THE Z-RESONANCE by Adriani, O, Aguilarbenitez, M, Ahlen, S, Alcaraz, J, Aloisio, A, Alverson, G, Alviggi, M, Ambrosi, G, An, Q, Anderhub, H, Anderson, A, Andreev, V, Angelescu, T, Antonov, L, Antreasyan, D, Arce, P, Arefiev, A, Atamanchuk, A, Azemoon, T, Aziz, T, Baba, P, Bagnaia, P, Bakken, J, Ball, R, Banerjee, S

Magnetic resonance imaging of the heart by Neubauer, S, Horn, M, Ertl, G, Kochsiek, K