What makes very strong signals broader - just due to the interaction of the sample with the detection coil - what is the mechanism?

Why well-tuned probe is more prone to make the effect manifest itself, also - why presence of salt increases radiation damping and how?

Can radiation damping be used for anything good?

Thanks.

What makes very strong signals broader - just due to the interaction of the sample with the detection coil - what is the mechanism?

Why is well-tuned probe is more prone to make the effect manifest itself, also - why presence of salt increases radiation damping and how?

Can radiation damping be used for anything good?

Thanks.

What makes very strong signals broader - just due to the interaction of the sample with the detection coil - what is the mechanism?

Why is well-tuned probe more prone to make the effect manifest itself, also - why presence of salt increases radiation damping and how?

Can radiation damping be used for anything good?

Thanks.

What makes very strong signals broader - just due to the interaction of the sample with the detection coil - what is the mechanism?

Why is well-tuned probe more prone to make the effect manifest itself, also - why presence of salt increases radiation damping and how?

Does magnet play a role in radiation damping? Will field strength affect it?

Can radiation damping be used for anything good?

Thanks.

What makes very strong signals broader - just due to the interaction of the sample with the detection coil - what is the mechanism?

Why is well-tuned probe more prone to make the effect manifest itself, also - why presence of salt increases radiation damping and how?

What is special about cryogenic probes in their relation to radiation damping?

Does magnet play a role in radiation damping? the effect? Will field strength affect it?

Can radiation damping be used for anything good?

Thanks.

What makes very strong signals broader - just due to the interaction of the sample with the detection coil - what is the mechanism?mechanism? Why is the effect called "radiation damping"?

Why is well-tuned probe more prone to make the effect manifest itself, also - why presence of salt increases radiation damping and how?

What is special about cryogenic probes in their relation to radiation damping?

Does magnet play a role in the effect? Will field strength affect it?

Can radiation damping be used for anything good?

Thanks.

What makes very strong signals broader - just due to the interaction of the sample with the detection coil - what is the mechanism? Why is the effect called "radiation damping"?

Why is well-tuned probe more prone to make the effect manifest itself, also - why presence of salt increases radiation damping and how?

What is special about cryogenic probes in their relation to radiation damping?

Does magnet play a role in the effect? Will field strength affect it?

Can radiation damping be used for anything good?

edit: Here is a very nice post on Glenn Facey's blog that mentions basics of radiation damping. http://u-of-o-nmr-facility.blogspot.com/2007/10/width-of-your-water-line-radiation.html

Thanks.

What makes very strong signals broader - just due to the interaction of the sample with the detection coil - what is the mechanism? Why is the effect called "radiation damping"?

Why is well-tuned probe more prone to make the effect manifest itself, also - why presence of salt increases radiation damping and how?

What is special about cryogenic probes in their relation to radiation damping?

Does magnet play a role in the effect? Will field strength affect it?

Can radiation damping be used for anything good?good? Who discovered it first?

edit: Here is a very nice post on Glenn Facey's blog that mentions basics of radiation damping. http://u-of-o-nmr-facility.blogspot.com/2007/10/width-of-your-water-line-radiation.html

Thanks.

What makes very strong signals broader - just due to the interaction of the sample with the detection coil - what is the mechanism? Why is the effect called "radiation damping"?

Why is well-tuned probe more prone to make the effect manifest itself, also - why presence of salt increases radiation damping and how?

What is special about cryogenic probes in their relation to radiation damping?

Does magnet play a role in the effect? Will field strength affect it?

Can radiation damping be used for anything good? Who discovered it first?

edit: Here is a very nice post on Glenn Facey's blog that mentions basics of radiation damping. http://u-of-o-nmr-facility.blogspot.com/2007/10/width-of-your-water-line-radiation.html - it doesn't answer all the questions though.

Thanks.

What makes very strong signals broader - just due to the interaction of the sample with the detection coil - what is the mechanism? Why is the effect called "radiation damping"?

Why is well-tuned probe more prone to make the effect manifest itself, also - why presence of salt increases (edit 2 - looks like I was wrong here - please see Kirk's correction) radiation damping and how?

What is special about cryogenic probes in their relation to radiation damping?

Does magnet play a role in the effect? Will field strength affect it?

Can radiation damping be used for anything good? Who discovered it first?

edit: Here is a very nice post on Glenn Facey's blog that mentions basics of radiation damping. http://u-of-o-nmr-facility.blogspot.com/2007/10/width-of-your-water-line-radiation.html - it doesn't answer all the questions though.

Thanks.