: Check if the probe is correctly matched and tuned to the desired frequency.
: Identifying "dead spots" or inconsistencies in the RF coil that could lead to signal loss or artifacts. Troubleshooting Signal Issues
: This technique is primarily used to calibrate pulse lengths and determine the strength of the RF field ( B1cap B sub 1
: It refers to the amplitude or intensity of signals generated during a nutation experiment. In NMR, nutation is the process where a spin system rotates around an oscillating magnetic field ( B1cap B sub 1
: Fluctuations in the amplifier can cause the nutation frequency to shift. Pulse Programming : Ensure the pulse increment (
: Check if the probe is correctly matched and tuned to the desired frequency.
: Identifying "dead spots" or inconsistencies in the RF coil that could lead to signal loss or artifacts. Troubleshooting Signal Issues
: This technique is primarily used to calibrate pulse lengths and determine the strength of the RF field ( B1cap B sub 1
: It refers to the amplitude or intensity of signals generated during a nutation experiment. In NMR, nutation is the process where a spin system rotates around an oscillating magnetic field ( B1cap B sub 1
: Fluctuations in the amplifier can cause the nutation frequency to shift. Pulse Programming : Ensure the pulse increment (