Preposition: of

• molecule: NMR spectroscopy of more complex molecules: peptides, proteins and carbohydrates.

Converse of object

• transform: Fourier transform infrared spectroscopy ( FTIR ) can be used to assess the state of cure of thermoset resins.

• tunnel: The tunneling spectroscopy clearly shows the opening of a gap at the Fermi energy at the MIT.

• resolve: Time resolved spectroscopy provides information on the fate of the excited state of a material.

• induce: Laser induced plasma spectroscopy ( LIPS ) is a technique for measuring the composition of various materials.

Adjective modifier

• infrared: Infrared spectroscopy is the primary way to detect these elements in space.

• vibrational: Polymer orientation in solid materials can be detected by polarized vibrational spectroscopy.

• time-resolved: Dr. Ben Murdin ( appointed 8/96 ) is an expert in experimental time-resolved spectroscopy using free electron lasers.

• near-infrared: Near-infrared spectroscopy of very faint galaxies very close to bright QSOs at 1 z 4 can be achieved with Gemini.

• infra-red: On the one hand, UV, visible and infra-red spectroscopy, coupled to novel laser and detectors technologies, is used.

• dispersive: In this particular case, the analysis is applied to elemental dot maps produced by scanning electron microscopy coupled with energy dispersive X-ray spectroscopy.

Modifies a noun

• mode: RGS could be used in its standard SPECTROSCOPY mode.

• measurement: As expected from spectroscopy measurements PrPc is predominantly alpha helical and contains almost no beta sheet.

• observation: RGS readout sequence In case of standard spectroscopy observations there is no need to change anything in the RGS readout sequence.

Noun used with modifier

• photoelectron: X-ray photoelectron spectroscopy provides stronger evidence that the surface of these granules is modified by oxidation.

• fluorescence: An illustrated description of X-ray fluorescence spectroscopy is available.

• dichroism: The assembly of both pairs was monitored in solution using circular dichroism spectroscopy.

• X-ray: Here we provide three examples of the application of X-ray absorption spectroscopy in these areas.

• resonance: The aims of the course are: To explain the physical basis of nuclear magnetic resonance spectroscopy.

• absorption: Here we provide three examples of the application of X-ray absorption spectroscopy in these areas.