In this process, current can be adjusted using tightly wound coils in a process known as "shimming" in order to homogenize the involved magnetic field. This method can be used to calculate relatively long distances using the Paramagnetic Relaxation Enhancement. The simplest experiment using this method is the Continuous Wave experiment. The Larmor precession frequency is the rate at which the magnetic field rotates in this process, which most commonly uses either carbon-13 atoms or protons. For 10 points, name this spectroscopic technique applicable to nuclei with spin, which identifies the ma
In this process, current can be adjusted using tightly wound coils in a process known as "shimming" in order to homogenize the involved magnetic field. This method can be used to calculate relatively long distances using the Paramagnetic Relaxation Enhancement. The simplest experiment using this method is the Continuous Wave experiment. The Larmor precession frequency is the rate at which the magnetic field rotates in this process, which most commonly uses either carbon-13 atoms or protons. For 10 points, name this spectroscopic technique applicable to nuclei with spin, which identifies the magnetic properties of nuclei.
In this process, current can be adjusted using tightly wound coils in a process known as "shimming" in order to homogenize the involved magnetic field.
nuclear magnetic resonance spectroscopy [or NMR spectroscopy]