Translation of "Molekülspektroskopie" in English

Earle Plyler was an important pioneer of Molecular Spectroscopy and Infrared Spectroscopy.

Typical coursework includes calculus, molecular biology, chemical reactivity, molecular spectroscopy, and quantum phenomena.

Dr. Ludwig presented the basics of molecular spectroscopy and atomic absorption spectrometry in a series of lectures.

In contrast to molecular spectroscopy, atomic spectroscopy brings forth so-called spectral lines.

Molecular spectroscopy studies the interaction of molecules with electro-magnetic fields.

Here, Kratzer made contributions to quantum mechanics and became a leading authority in the field of molecular band spectroscopy.

The Herbert P. Broida Prize is awarded every two years by the American Physical Society for outstanding work for experimental advances in the field of atomic and molecular spectroscopy or chemical physics.

In his memory the American Physical Society regularly issues the "Earle K. Plyler Prize" for outstanding achievements in Molecular Spectroscopy.

Here, Kratzer made contributions to quantum mechanics and became a leading authority in the field of molecular band spectroscopy.

The presence of certain organic substances (such as drug residues, organic poisons in homicides, drugs in sports, undeclared or forbidden additives in meat for consumption, etc.) can for example be reliably confirmed quantitatively by molecular spectroscopy or excluded within the given measuring resolution.

Schrader was an internationally acclaimed pioneer of experimental molecular spectroscopy in Germany, especially of Raman- and Infrared spectroscopy and its routine application in chemical analysis.

The contrAA® 700, the high-resolution Continuum Source atomic absorption spectrometer for flame, hydride and graphite furnace techniques, drew the greatest attention, following by analysis devices from the fields of sum parameters and molecule spectroscopy.

Experimental setup for molecular spectroscopy at the University of Basel, which will be supplied with a high-precision frequency from METAS in Bern via SWITCHlan.

To gain information about optic and plasmonic properties of the particles, we apply a set of analytical methods from the field of atomic and molecular spectroscopy.

The exact frequencies for amino acetonitrile were provided by the Laboratory for Molecular Spectroscopy of Cologne University which maintains a comprehensive database on molecules of astronomical interest.

In the continually growing key division of Analytical Instrumentation, with its almost 400 employees, the company is focusing its expertise in traditional atomic spectrometry, molecular spectroscopy, elemental analysis and sum parameter analysis as well as LIMS software.

The research covers fundamental questions in atomic and molecular structure as well as applications in atomic and molecular spectroscopy, astrophysics, and plasma physics.

The company develops and produces instrument series for atomic spectroscopy, molecular spectroscopy, sum parameter analysis and elemental analysis at its four sites in Germany: Jena, Langewiesen, Überlingen and Eisfeld.

Nowadays, interpretation of molecular spectra is assisted by the use of modern quantum chemical methods, which in turn can be evaluated and calibrated, using the results of molecular spectroscopy.

The researchers hope that this will give them new insight into the field of molecular spectroscopy, and assist them with the development of new laser technologies and the further development of frequency measurement technology for metrology.

Molecular spectroscopy is the technique for recording the responses of single molecules or molecular ensembles to electromagnetic radiation by means of absorption, emission or scattering processes.