Examples of using Nmr in English and their translations into Czech
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Colloquial
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Official
It's something called NMR.
The$type,$nmr and$text variables can be of course passed from other scripts.
Maybe Percy was lying about the NMR.
The Nuclear Magnetic Resonance(NMR) Department at ISI was founded in 1960 by J.
We believe Percy may be targeting something called NMR.
In particular, these methods include x-ray structural analysis, NMR, mass spectroscopy and vibrational spectroscopy.
LC-MS, LC-MS/MS, high resolution mass spectrometry,ICP/MS and NMR.
Diffusers/ducting made of fabrics PMS, PMI, PLS, PLI, NMS, NMI, NLI,NLS, NMR, NLW can be washed as normal in a common/industrial washing machine.
In 1967 a laboratory for low-temperature technology oriented towards the R&D of super-conducting magnets for NMR was established by J.
Nuclear magnetic resonance, or NMR, measures the magnetic fields of individual atoms to create a kind of molecular fingerprint.
Topic name: Structural analysis of proteins using NMR spectroscopy.
The seller provides 10 year guarantee time for the fabrics PMS/NMS/PMI/NMI/NMR, 2 year for fabrics NMF/NLF/NMT/NHE and 2 year but maximum 50 washing cycles for fabrics PLS/NLS/PLI/NLI.
Use selected advanced research methods like molecular modelling, molecular dynamics, computational chemistry and biochemistry,crystallography of biopolymers or NMR studies.
High-performance liquid chromatography with UV/VIS spectroscopy, LC/MS,XRD powder diffraction, NMR, IR, and other analytical methods are used for the analytical determination.
Research and development take place in pharmaceutical laboratories using analytical instruments such as gas chromatographs with multiple detectors, liquid chromatographs,UV/VIS spectrometers and NMR spectrometers.
The main activities of the Centre involve research in computational and theoretical methods,molecular modeling, NMR spectroscopy, glycobiochemistry and protein engineering of lectins.
Due to the complexity of the technology and the enormous flexibility of NMR measurements, collaborative work may be the most suitable way to maximizing the synergy between the core competence of the client and the NMR competence of the ALISI teams.
These nondestructive, noninvasive and non-ionising measurements are based on the nuclide-selective interaction between magnetic fields produced by the NMR scanner with the atomic nuclei located in the sample volume.
For example, cryostats of the superconducting magnets supporting the development of the NMR spectroscopy and tomography methods at our institute and also special instruments designed and manufactured for foreign institutions could be mentioned.
Among the newest equipment belong a system for the measurement of physical properties(Physical Property Measuring System- PPMS) permitting the measurement of electrical, magnetic, optical and transport properties in external fieldsof up to 9T, as well as an NMR spectrometer(600MHz) with the ability to analyze samples in the solid phase.
The NMR group focuses on the development of measurement methods and technologies for biomedical and also technical applications of nuclear magnetic resonance and to the application of MR techniques in preclinical, particularly translational research utilizing mouse and rat animal models of neurologic, psychiatric and oncologic diseases.
In high technology medical diagnosis, such as Computed Tomography(CT) scanners,X-ray spectroscopy detectors, Nuclear Magnetic Resonance(NMR) imaging and other diagnostics applications, medical grade xenon is widely utilized.
The ongoing work has been carried out by several teams, focusing on the development of progressive electronic modules, radiofrequency andgradient coils for NMR spectrometers and tomographs, solving the problems related to NMR experiment control, data acquisition and processing in both spectroscopy and imaging, and on further methodological development, mainly oriented towards in vivo spectroscopy.
To this basis are added subjects that broaden students' view, such as coordination chemistry, solid state and materials chemistry and organometallic chemistry, as well as special lectures on advanced synthetic methods,X-ray structure analysis, NMR spectroscopy, vibrational spectroscopy, mass spectrometry, and other analytical methods.
Extensive experience with methods of x-ray diffraction, optical and electron microscopy, thermal analysis, mass spectrometry, surface analysis as well as vibrational,atomic and NMR spectroscopy will facilitate fast adaptation of the graduates also to other fields in their technological and scientific work.
Added to these fundaments are knowledge extending and broadening courses such as quantum and theoretical chemistry, nuclear chemistry and environmental chemistry, as well as advanced courses in inorganic chemistry, special synthetic methods,x-ray structural analysis, NMR spectroscopy, vibrational spectroscopy, mass spectroscopy, and methods of analysis.