High-resolution NMR scanners use fields of 12-15 Tesla, from superconducting magnet coils. They can get images of the insides of individual cells, but are quite unusual and very expensive!
DZ, even though she may use them, I am sure that your daughter does not refer to "NMR" scanners (as they were known originally) 'cos the thought of anything "nuclear" would frighten the patients. ?
High-resolution NMR scanners use fields of 12-15 Tesla, from superconducting magnet coils. They can get images of the insides of individual cells, but are quite unusual and very expensive!
DZ, even though she may use them, I am sure that your daughter does not refer to "NMR" scanners (as they were known originally) 'cos the thought of anything "nuclear" would frighten the patients. ?
