Inventor · Brookfield, WI, US

Patrick Le Roux

17Patents
8h-index
9Co-inventors
65Inventor score

Filing activity: Dec 12, 1985 → Mar 2, 2005

Most-cited inventions

PatentTitleAreaCited byStatus
US5256967A Fast NMR image acquisition with spectrally selective inversion pulses Physics 33 Expired
US5212448A NMR pulse sequence with burst RF excitation pulses having separately controlled phase Physics 24 Expired
US6265873A Non-CPMG fast spin echo MRI method Physics 22 Expired
US5537039A Virtual frequency encoding of acquired NMR image data Physics 21 Expired
US5233516A Method for recording movements inside an object and for showing on an image display the effects of these movements Physics 15 Expired
US5315249A Stabilized fast spin echo NMR pulse sequence Physics 14 Expired
US5126672A Method for the measurement of the effects of eddy currents Physics 8 Expired
US4694253A Process for the modulation of the speed effect of moving parts of a body in a nuclear magnetic resonance density measurement and performance of the process in order to deduce therefrom the speed of the moving parts in question Physics 8 Expired
US5007426A Method for depiction of moving parts in a body by nuclear magnetic resonance experiment Physics 8 Expired
US5208533A NMR machine with low field and dynamic polarization Physics 7 Expired
US7061241B2 Method and apparatus for MR image acquisition Physics 6 Expired
US4983917A Method for measuring flows in a nuclear magnetic resonance experiment Physics 6 Expired
US4926124A Method for the removal of artifacts in an NMR imaging experiment Physics 6 Expired
USRE33391E Process for imaging by nuclear magnetic resonance General 4 Expired
US6965233B2 Method and apparatus for fast imaging by nuclear magnetic resonance Physics 3 Expired
US6137290A Magnetic resonance spectroscopic imaging having reduced chemical shift error Physics 3 Expired
US4922202A Method for measuring flows in a nuclear magnetic resonance experiment Physics 2 Expired

Source: USPTO / EPO open patent data. Inventor disambiguation is heuristic; counts are objective bibliographic measures.