NMR
nuclear magnetic resonance

NMR does not destroy the sample you use for analysis.

NMR full-scan has only been here a month or two.

NMR tubes are hard to clean because of their small bore.

For most of the complex, the structure is well defined by the NMR data.

For example, they have the same boiling point and NMR spectrum.

We walked to the NMR lab and talked about the problem.

This is still considered a standard tool in the NMR field.

NMR spectroscopy can also be used to check the level of impurity.

The structure and reaction path was determined in 2002 with NMR studies.

Other spectroscopic methods, such as NMR, may also be used.

Molecular weight and degradation rate can also determined by NMR.

Many chemical elements can be used for NMR analysis.

The product includes the software necessary to view and handle the NMR data.

Development of NMR techniques that use utilize the earth's magnetic field.

Thus it is possible to distinguish between them by NMR spectroscopy.

NMR and infrared spectroscopy are common techniques used to determine structure.

An NMR spectrometer may not be directly available for all research teams.

It is also used as a solvent for NMR spectroscopy.

Then, abruptly, the NMR curves began to warp and change.

The structure of this complex was confirmed by NMR spectroscopy.

An important feature of the NMR measurement is the time needed to acquire it.

NMR ordinarily requires compounds of interest to be analyzed as dissolved in solution.

Also the NMR of paramagnetic species can result in important structural information.

It is also possible to investigate dynamics with NMR.

The form in which most NMR is described in literature papers.

They also were very interested in nuclear magnetic resonance technology.

This became the basis for the nuclear magnetic resonance method.

But several areas, notably nuclear magnetic resonance, are less satisfactory.

This is responsible for the shift observed in the nuclear magnetic resonance.

The protein image was created using nuclear magnetic resonance to determine 3-D structure.

This also makes nuclear magnetic resonance a good choice for analyzing dangerous samples.

The ion was characterized by high resolution O-17 nuclear magnetic resonance.

Purified compounds can be identified by the mean of nuclear magnetic resonance.

Nuclear magnetic resonance provided evidence for a liquid layer on the surface of ice.

In nuclear magnetic resonance, relaxation is of prime importance.

This procedure is also called nuclear magnetic resonance imaging.

This phenomenon is used in nuclear magnetic resonance sensing.

The target polarization during the experiment is determined with nuclear magnetic resonance method.

The nuclear magnetic resonance frequency of deuterium is significantly different from common light hydrogen.

Nuclear magnetic resonance followed, including its medical application.

He has focused, since then, on symbolic calculation in quantum chemistry and nuclear magnetic resonance.

Nuclear magnetic resonance became an important tool for nuclear physics and chemistry.

Nuclear magnetic resonance is extremely useful for analyzing samples non-destructively.

The proteins three-dimensional structure has been reconstructed using nuclear magnetic resonance techniques.

The nuclear magnetic resonance spectroscopy can be used for experimental determination of the complex dynamics.

In his first year as a faculty member, at Washington University, he published a seminal article on nuclear magnetic resonance.

The accident occurred when she was preparing samples for an identification technique called nuclear magnetic resonance, he said.

If helium-3 is used, it can be readily observed by helium nuclear magnetic resonance spectroscopy.

Fluorine-19 nuclear magnetic resonance is an analytical technique used to identify fluorine-containing compounds.

Nuclear magnetic resonance spectroscopy is another important technique for determining chemical structures of natural products.