David J. Lurie

发表

Application of NMR diffusometry and advanced MR imaging techniques to environmental science problems [Poster und Kurzvortrag]

Andrew J. Fagan, David J. Lurie, Gareth Reynold Davies, 2004 .

Rapid Fast Field-Cycling Imaging using the Keyhole Technique

David J. Lurie, P. James Ross, 2015 .

Chapter 14:Techniques and Applications of Field-cycling Magnetic Resonance in Medicine

David J. Lurie, P. James Ross, Lionel Broche, 2018 .

Calibration of a Fast Field-Cycling NMR Relaxometer for Measurements on Biological Samples that Extend to Ultra-Low Magnetic Fields

David J. Lurie, Lionel Broche, Vasileios Zampetoulas, 2016 .

Implementation of magnetisation transfer MRI at low field

David J. Lurie, Chang-Hoon Choi, 2008 .

Development of a voltage‐tuneable RF coil to enable double resonance experiments with Fast Field‐Cycling MRI

David J. Lurie, Peter James Ross, Lionel Broche, 2014 .

Accelerated Field-Cycling MRI using Keyhole Imaging

David J. Lurie, Peter James Ross, 2015 .

Calibration of a Fast Field Cycling Relaxometer for Ultra-Low Field Measurements of T1-Dispersion

David J. Lurie, Lionel Broche, Vasileios Zampetoulas, 2014 .

Rapid Fast Field-Cycling MRI using Keyhole Imaging

David J. Lurie, Peter James Ross, 2015 .

1000 field strengths in one scanner : Fast field-cycling MRI

David J. Lurie, Gareth Reynold Davies, Kerrin Pine, 2009 .

Towards a single resistive magnet 0.5 T Fast Field Cycled Magnetic Resonance Imaging System

David J. Lurie, Gareth Reynold Davies, Kerrin Pine, 2009 .

Methods for the spatial localisation of field-cycling relaxometric data

David J. Lurie, Kerrin Pine, Fred Goldie, 2010 .

A Q-switch system for an MRI RF coil operating at 2.5 MHz

David J. Lurie, Lionel Broche, Nicholas Roy Payne, 2016 .

Fast Field-Cycling NMR Relaxometry Extended in the Ultra-Low Field Region: Calibration Method and Acquisition of T1-Dispersion Curves that reach 2.3 µT

David J. Lurie, Lionel Broche, Vasileios Zampetoulas, 2016 .

[OA020] Fast field-cycling MRI: Novel contrast changes through switched magnetic fields

David J. Lurie, Gareth Reynold Davies, James Ross, 2018 .

Development of an RF coil tuning system to enable Nuclear Quadrupole Double Resonance in Fast Field-Cycling MRI

David J. Lurie, Lionel Broche, Nicholas Roy Payne, 2015 .

Ultra-low field NMR relaxometry: calibration method and acquisition of T1-dispersion curves from biological samples extended below 1000 Hz

David J. Lurie, Lionel Broche, Vasileios Zampetoulas, 2015 .

A new human-scale fast Field-cycling MRI system for clinical applications

David J. Lurie, Gareth Reynold Davies, Peter James Ross, 2017 .

Enabling Nuclear Quadrupole Double Resonance capabilities for Fast Field-Cycling MRI

David J. Lurie, Lionel Broche, Nicholas Roy Payne, 2015 .

Accelerated Field‐Cycling MRI using the Keyhole Technique

David J. Lurie, Peter James Ross, 2014 .

Principles and applications of magnetic field cycling in MRI

David J. Lurie, Gareth Reynold Davies, Kerrin Pine, 2008 .

Equipping FFC MRI for Nuclear Quadrupole Double Resonance

David J. Lurie, Lionel Broche, Nicholas Roy Payne, 2015 .

Numerical design of composite radiofrequency pulses

David J. Lurie, D. Lurie, 1986 .

Recent Developments in Field-Cycling MRI – Free Radicals and Quadrupole Dips

David J. Lurie, Margaret A. Foster, Wiwat Youngdee, .

Fast field-cycling magnetic resonance imaging

David J. Lurie, Gareth Reynold Davies, Kerrin Pine, 2010 .

A Submicrosecond Resonator and Receiver System for Pulsed Magnetic Resonance with Large Samples

Giuseppe Placidi, David J. Lurie, Marcello Alecci, 1998 .

Proton-electron double magnetic resonance imaging of free radical solutions

David J. Lurie, John R. Mallard, J. Mallard, 1988 .