Top topic this week
Back to FAQs
Related FAQs
Frequently Asked Question
Questions asked by users might not always be phrased in the clearest way.
Discuss the instrumentations of the NMR spectrometer.(details)
Accepted Answer
NMR Spectrometer Instrumentation:
Magnet: The heart of an NMR spectrometer, generating a strong magnetic field that aligns the nuclear spins of the sample. Types include superconducting magnets (most common), permanent magnets, and electromagnets.
Sample Probe: Contains the sample holder and a coil that transmits and receives radiofrequency (RF) pulses. Different probe designs are available for specific sample types and experiments.
RF Transmitter: Generates the RF pulses that excite the nuclei in the sample.
RF Receiver: Detects the signal emitted by the nuclei as they relax back to their equilibrium state.
Data Acquisition System: Captures and digitizes the NMR signal.
Computer and Software: Processes and analyzes the acquired data, displaying the NMR spectrum.
Magnet: The heart of an NMR spectrometer, generating a strong magnetic field that aligns the nuclear spins of the sample. Types include superconducting magnets (most common), permanent magnets, and electromagnets.
Sample Probe: Contains the sample holder and a coil that transmits and receives radiofrequency (RF) pulses. Different probe designs are available for specific sample types and experiments.
RF Transmitter: Generates the RF pulses that excite the nuclei in the sample.
RF Receiver: Detects the signal emitted by the nuclei as they relax back to their equilibrium state.
Data Acquisition System: Captures and digitizes the NMR signal.
Computer and Software: Processes and analyzes the acquired data, displaying the NMR spectrum.
Articles you might like