The Nuclear Magnetic Resonance (NMR) Core Facility at Kennesaw State University (KSU) is part of the College of Science and Mathematics (CSM). It is the only high-resolution NMR facility at KSU; researchers are welcomed from throughout the University. We also provide services to other local universities and external clients.
Before using any of the equipment in KSU’s NMR facility, you must read and sign the document below. DocuSign is preferred for KSU faculty and staff.
nmr facility users document NMR Safety Video NMR Training Videos playlistEquipment
Facility instrumentation: Knowledge of the facility's capabilities will be useful for determining which instruments will suit your needs. Multiple instrument upgrades have happened recently so even experienced users should consult this guide and familiarize yourself with new features.
Bruker 300 MHz AVANCE III HD Instrument (Refurbished Magnet)
This system intended for routine research samples and teaching. Access is scheduled via Faces (see scheduling).
Recent upgrades to capabilities include a new broadband tunable probe for collecting 1H, 19F, 13C, 15N, and 31P in directly detected spectra; two-channel capabilities that enable decoupling and/or double resonance spectroscopy; a new windows PC workstation, automated tuning, and matching; gradient shimming; and access to IconNMR.
Bruker 400 MHz AVANCE III HD Instrument (Ascend Magnet)
This system is intended for routine and advanced research samples. Access is scheduled via Faces (see scheduling).
Capabilities include: 24 tubes SampleCase automated sample insertion, a broadband tunable 2-channel probe capable of collecting 1H, 19F, 13C, 15N, and 31P directly detected spectra; two-channel capabilities enable decoupling and/or double resonance spectroscopy e.g. HSQC between 1H and a broadband nucleus; temperature stabilization via BCU or liquid nitrogen for variable temperature NMR; automated tuning and matching; gradient shimming; and access to IconNMR.
Bruker 600 MHz AVANCE III HD Instrument (Ascend Magnet)
This system is intended for advanced research samples, for final publication-quality data collection, polymers, and biomolecules. Access is scheduled via Faces (see scheduling) and may require assistance from Dr. Leeper.
This new high-field system provides the following capabilities: SampleJet automation (5 x 96 samples or 30 conventional tubes); triple resonance 1H, 13C, 15N cryoprobe with very high sensitivity; three channels for simultaneous decoupling of 15N and 13C or triple resonance spectroscopy; automated tune/match; gradient shimming; temperature stabilization via BCU; Linux workstation, non-uniform sampling for reduced experiment time in multidimensional experiments, and access to IconNMR.