Magnetic Resonance and common misunderstandings
1.1 هزار بار بازدید -
3 سال پیش
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Educational talk by Lars G.
Educational talk by Lars G. Hanson from the ISMRM conference 2021:
The Bloch Equations underlying all MRI, describe the motion of the nuclear magnetization subject to magnetic fields. The spin dynamics are explored interactively directly in a browser to visualize important MR concepts. The connection between classical and quantum MR descriptions are discussed and common misunderstandings are addressed. Viewers are encouraged to try the demonstrated software tools. It requires no installation of software.
Bloch Simulator: https://drcmr.dk/BlochSimulator
CompassMR Simulator: https://drcmr.dk/CompassMR
Relation between classical and quantum descriptions of MR: https://drcmr.dk/MR
The invited lecture was originally given under the name "Spins & their equations of motion" (E5717), and I had no financial interests to declare (and still haven't).
#NMR #MRI #tutorial #ISMRM21 #simulation #quantum #mechanics #QM
The Bloch Equations underlying all MRI, describe the motion of the nuclear magnetization subject to magnetic fields. The spin dynamics are explored interactively directly in a browser to visualize important MR concepts. The connection between classical and quantum MR descriptions are discussed and common misunderstandings are addressed. Viewers are encouraged to try the demonstrated software tools. It requires no installation of software.
Bloch Simulator: https://drcmr.dk/BlochSimulator
CompassMR Simulator: https://drcmr.dk/CompassMR
Relation between classical and quantum descriptions of MR: https://drcmr.dk/MR
The invited lecture was originally given under the name "Spins & their equations of motion" (E5717), and I had no financial interests to declare (and still haven't).
#NMR #MRI #tutorial #ISMRM21 #simulation #quantum #mechanics #QM
3 سال پیش
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