Examples of using Spectroscopic methods in English and their translations into German
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Spectroscopic methods in molecular biophysics.
In-situ- and ex-situ characterization of synthesized materials with spectroscopic methods, BET, and TEM.
Spectroscopic methods deliver real time results.
To reach these goals, her group develops novel spectroscopic methods, especially in the area of rotational spectroscopy.
Spectroscopic methods: CD, UV, FL, IR, NMR, DLS, MALLS, DSC.
The researchers working with Mikhail Eremets used different spectroscopic methods to track what happens in their high-pressure experiments.
Spectroscopic methods and fluorescence measurement technology with applications in analytics, diagnostics and bio-sensors.
In addition to our advanced analysis, we offer a unique variety in chromatographic and spectroscopic methods for soil analysis.
Wet chemical and spectroscopic methods for process monitoring.
Identity: identifications of ions and functional groups, chromatographic methods: HPLC,TLC and GC, spectroscopic methods: IR, UV.
Physical chemistry: spectroscopic methods for analysing the properties of ionised molecules.
CHE 808: Biochemical Analysis; Pharmaceutical Analysis; Analytical Biochemistry; Application of Spectroscopic Methods and Scattering Methods in General.
BESSY II offers the latest spectroscopic methods for studying the electronic changes in the materials in-operando.
Reaction steps are elucidated on atomic level and their structural premises for realcatalysts are revealed applying kinetic and spectroscopic methods.
Our many years of experience with spectroscopic methods guarantee sound advice and thus an ideal solution for your application.
Our studies are aimed at the characterization of the varnishability of SMC materials by means of physico-chemical, microscopic and spectroscopic methods.
Cyanoacetylene has been detected by spectroscopic methods in interstellar clouds, in the coma of comet Hale-Bopp and in the atmosphere of Saturn's moon Titan.
The major issues tackled by ER-C include the furthermethodological development of high-resolution electron microscopic and spectroscopic methods and their application.
Process control based on optochemical and spectroscopic methods in biotechnology, the food, pharmaceutical and chemical industries as well as in medical diagnostics.
Under the title"Methods in Molecular Energy Research:Theory and Spectroscopy" the students learned a lot about spectroscopic methods and their theoretical calculations.
Within the research focus Aquatic Optics, the scientists use spectroscopic methods in the range of ultraviolet and visible light for detecting substances and organisms in the water.
On the last annual conferences however it showed up that by the main topic"Crystallography and Spectroscopy" also the colleagues,who use other spectroscopic methods e. g.
Staab managed better than almost anyone else to put the new spectroscopic methods into his own clear words and make them comprehensible to a broad community of organic chemists.
State-of-the-art methods are used and continuously improved for their production, examination and modification,including microscopic and spectroscopic methods as well as charge transport and scattering experiments.
The most common spectroscopic methods of identifying(or detecting, respectively) intermediates are the UV-VIS spectroscopy, the infrared spectroscopy, the NMR spectroscopy, and the ESR spectroscopy.
He investigates transport phenomena of the lithiumcharge carrier in materials using various spectroscopic methods, and examines how a great variety of materials can optimally work together.
As they are easy to use and robust, spectroscopic methods- particularly near-infrared(NIR) spectroscopy based on dispersive diode array technology- are a popular choice in this area of application.
Organic Chemistry preparative organic and organometallic chemistry, catalysis research, enantioselective and metal-induced organic synthesis and natural-substance chemistry,physical organic chemistry, spectroscopic methods, applied quantum chemistry.
The laboratory equipment encompasses devices and instruments for spectroscopic methods, analytical separation methods, as well as equipment for various physical-chemical measurements and the execution of reactions under excess pressure.
This method is less expensive and easier to use than competing spectroscopic methods(ICP-MS, AAS) and offers the added benefits that there is no sample preparation required and results are available within 10 minutes only.
