Robert SCHAUWECKER

ACTIVE REDUCTION OF TEMPERATURE INDUCED SHIM DRIFT IN NMR MAGNET SYSTEMS

ACTIVE REDUCTION OF TEMPERATURE INDUCED SHIM DRIFT IN NMR MAGNET SYSTEMS

Reinforcement of a superconducting magnet coil

Shim device, magnet assembly, and method for charging a shim device

Magnetically compensated NMR rotor

Cryostat assembly having a resilient, heat-conducting connection element

Superconducting magnet apparatus and method for magnetizing a superconductor bulk magnet by field cooling through a ferromagnetic shield

Method for charging an HTS shim device and magnet arrangement

Superconductive magnet coil assembly comprising a plurality of layer-wound strip-like superconductors

Magnet assembly comprising closed superconducting HTS shims

NMR apparatus comprising a superconducting magnet assembly and cooled probe components

Introducing an NMR apparatus comprising cooled probe components via a vacuum lock

Layout for magnet coils wound with anisotropic superconductor, and method for laying out the same

Robust dynamical method and device for detecting the level of a liquid using resistance temperature detectors

Method for energizing a superconducting magnet arrangement

Method for reconfiguring a cryostat configuration for recirculation cooling

Method for manufacturing a magnet coil configuration using a slit band-shaped conductor

Apparatus for carrying out DNP-NMR measurements with a compensation configuration and method for designing the compensation configuration

Superconducting magnet arrangement with hysteresis free field coil

Split-coil magnet arrangement with improved mechanical construction

Method for testing a superconductor under increased current load in a series-produced and actively shielded superconducting NMR magnet

Superconducting magnet configuration with resistive elements

Superconducting magnet system with continously operating flux-pump and associated methods for operating thereof