What've these pulses got to do with the nuclear resonance?

Certainly something is disturbing the usual nuclear resonance process.

For instance, nuclear resonance frequencies depend on the molecular environment.

Those based on properties not directly connected to atomic weight, such as nuclear resonances.

And nuclear resonance dating methods show that the bronze pin they found hadn't been buried long enough.

People working in the nuclear resonance community.

Here's where the indium nuclear resonance should be.

Lakin stressed the theoretical un-derpinning for the nuclear resonance effects.

I'm measuring the big nuclear resonance spike, when we flip the spins of the atomic nuclei.

Here and there were fragments of what they should be getting: nuclear resonance curves, smooth and meaningful.

Something analogous to nuclear resonances, wasn't it?

The wide range of angles allows measurements to be made successfully for samples containing elements with nuclear resonances.

When Isaac Lakin came into the nuclear resonance laboratory anyone, even a casual visitor, could tell it was his.

He had started out in the nuclear resonance group as a specialist in making beatns of high-energy ions.

If the nuclear resonance value for carbon were not exactly (meaning within 0.0001 %) the value it is, virtually no carbon would form inside stars.

Many nuclear resonances involve the emission of a prompt gamma ray when the neutron is absorbed.

I gave you the nuclear resonance problem, plus an excellent student--Cooper--to speed things up.

The 95.97Mo nuclear resonances were also observed in the molybdate and these resonances showed no quadrupole effects.

See nuclear resonance fluorescence.

Claudia Zinnes had some interesting stuff about nuclear resonances, with clean-looking data; the old group at Columbia was keeping up their reputation.

She was busy, there were many students, the time on the big nuclear resonance magnets was all booked up, there was no money.

--finding messages in nuclear resonance experiments!

He was the first to establish the law governing the broadening of quadripolar nuclear resonance in crystals containing isomorphic impurities.

Nuclear resonance vibrational spectroscopy is a synchrotron-based technique that probes vibrational energy levels.