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{{r|NMR spectroscopy}}

{{r|NMR spectroscopy}}

{{r|NMR spectroscopy}}

{{r|NMR spectroscopy}}

{{r|NMR spectroscopy}}

{{r|NMR spectroscopy}}

{{r|NMR spectroscopy}}

{{r|NMR spectroscopy}}

{{r|NMR spectroscopy}}

{{r|NMR spectroscopy}}

{{r|NMR spectroscopy}}

For high resolution NMR spectroscopy the magnetic field homogeneity has to be better than 1 ppb (part per billio

{{r|NMR spectroscopy}}

{{r|NMR spectroscopy}}

{{r|NMR spectroscopy}}

...und in the quantum control of [[spin systems|spin systems]] using pulsed [[NMR spectroscopy]] techniques [http://arxiv.org/abs/quant-ph/0404064].

{{r|NMR spectroscopy}}

{{r|NMR spectroscopy}}

{{r|NMR spectroscopy}}

...v. 92, 411 </ref> (nOe or more often NOE) is widely used in the field of [[NMR spectroscopy]], particularly in the field of [[structural biology]] in which interatomic

{{r|NMR spectroscopy}}

{{r|NMR spectroscopy}}

{{r|NMR spectroscopy|Magnetic resonance spectroscopy}}

...otated from one axis to another, are the most widely used single pulses in NMR spectroscopy and the above equations simplify to the following for such pulses.

In [[NMR spectroscopy]], [[magnetic resonance imaging]] and related sciences, a simplified form o

...pectroscopy, magnetic resonance imaging spectroscopy (MRI) and solid-state NMR spectroscopy. ...a, M., Tschudin, R. & Bax, A. | title = Three-dimensional triple-resonance NMR spectroscopy of isotopically enriched proteins | journal = J. Magn. Reson. | volume = 8

...of [[nuclear magnetic resonance]] and is thus, in essence, a variant of [[NMR spectroscopy]] in which the focus is on providing information regarding the distribution * [[NMR spectroscopy]]<ref>Fisher M, Prichard JW, Warach S. New magnetic resonance techniques fo

{{r|NMR spectroscopy}}

...r magnetic resonance'']] (NMR).<ref name=Graaf> {{cite book |title=In vivo NMR spectroscopy: principles and techniques |author=Robin A. De Graaf |url= http://books.goo

{{r|NMR spectroscopy}}

...spin are said to be '''magnetic nuclei'''. We refer to the articles on [[NMR spectroscopy]] and MRI for the use of the NMR-type spectroscopies in chemistry and medic

...tion of the molecule within which the observed nucleus resides. Therefore, NMR spectroscopy provides static (structure and composition) as well as dynamic information NMR spectroscopy has been used for the study of matter in disordered, ordered and partially

'''NMR spectroscopy''', or nuclear magnetic resonance spectroscopy (also called magnetic resona ...esides, chemical exchange reactions, and neighboring molecules. Therefore, NMR spectroscopy provides static information, such as global structure, stereochemistry, and

* [http://en.citizendium.org/wiki/NMR_spectroscopy NMR spectroscopy]

...ndium.org/wiki?title=NMR_spectroscopy/Draft&diff=100637081&oldid=100555784 NMR spectroscopy]

...ive'' areas of human activity. For instance, nuclear magnetic resonance ([[NMR spectroscopy]]) spectroscopy is commonly used in synthetic [[organic chemistry]] and [[p [[Nuclear magnetic resonance |NMR spectroscopy]] uses the net spin of nuclei in a substances upon energy absorption to ide

Physicists have also developed other MRI-based techniques such as [[NMR spectroscopy]] (for measuring some key metabolites such as [[N-Acetylaspartate|N-acetyla

...rofile]] of ordinary ice that the hydrogen bond is partly covalent. Some [[NMR spectroscopy]] data on hydrogen bonds in proteins also seemed to indicate covalent bond

...]] Medical Branch at Galveston (UTMB). My work is centered around using [[NMR spectroscopy]] to study the structures of [[protein]]s and [[DNA]] molecules of relevanc

...es can be studied with [[electron microscope|electron microscopy]], with [[NMR spectroscopy]], and most importantly with [[X-ray crystallography]].

* [[Tetramethylsilane]] (TMS, standard for ([[NMR spectroscopy|NMR]])

* [[NMR spectroscopy]]