Nicolas Freytag

ACTIVE REDUCTION OF TEMPERATURE INDUCED SHIM DRIFT IN NMR MAGNET SYSTEMS

ACTIVE REDUCTION OF TEMPERATURE INDUCED SHIM DRIFT IN NMR MAGNET SYSTEMS

NMR probehead

TRANSCEIVER COIL ARRANGEMENT FOR AN MAS NMR PROBE HEAD AND METHOD FOR DESIGNING A TRANSCEIVER COIL ARRANGEMENT

NMR probehead

Temperature-control system for MR apparatuses with a permanent magnet arrangement

MAS-NMR rotor system with improved space utilization

MAS NMR probe head arrangement with replaceable stator

HF resonator assembly

Temperature control of an NMR-MAS rotor

HF coil assembly

Probehead of an NMR-MAS apparatus with a device for determining the angle between the MAS rotor and the static magnetic field

Probehead with adjustable angle for NMR-MAS apparatus

NMR transmitting/receiving coil configuration

Actively shielded, cylindrical gradient coil system with passive RF shielding for NMR devices

Doubly tuned RF resonator

Method for regulating RF signals in an NMR system and probe head for carrying out the method

NMR probehead with a plurality of resonator systems for simultaneous measurement of a plurality of samples in a coupled mode

RF resonator system and method for tuning an RF resonator system

Vacuum container for cooled magnetic resonance probe head

Passively damped magnetic resonance (MR) detection configuration

Electrically symmetric NMR coils with a plurality of windings connected in series

Nuclear magnetic resonance apparatus with a gradient shielding configuration having reduced coupling to the resonator system

Resonator system

Radio frequency resonator system with optimized current distribution in the conducting elements