Low-Frequency and Stokes-Antistoke Raman Measurements Using TriVista

Article

Application Notebook

Application NotebookApplication Notebook-03-01-2006
Volume 0
Issue 0

R. Shafer, O. Rohm, Spectroscopy & Imaging GMBH; D. Koulikov, A. O?Grady, Princeton Instruments/Acton Research

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Articles in this issue
Performance of Electron Multipliers in High-Pressure Applications
Performance of Electron Multipliers in High-Pressure Applications
i1-313004-1408684463863.jpg
Quantitative Analysis of Low Levels of Chlorine and Iron in Hydraulic Oil Samples
Low-Frequency and Stokes-Antistoke Raman Measurements Using TriVista
Low-Frequency and Stokes-Antistoke Raman Measurements Using TriVista
The Impact of Spatial Sampling Density in Raman Imaging
The Impact of Spatial Sampling Density in Raman Imaging
i1-313003-1408684465511.jpg
RoHS/WEEE Application of a Miniature X-Ray Spectrometer
Principle Component Analysis of Urine Samples Based upon ESI-TOF-MS Data
Principle Component Analysis of Urine Samples Based upon ESI-TOF-MS Data
Low-Level Speciation of Chromium in Drinking Waters Using LC-ICP-MS
Low-Level Speciation of Chromium in Drinking Waters Using LC-ICP-MS
i2-313008-1408684457187.gif
Differentiation of Hydrocarbon Homologs Using EP-IR Spectroscopy
Confocal Raman Microscopy-Imaging in Pharmaceutical Research
Confocal Raman Microscopy-Imaging in Pharmaceutical Research
Determination of Absolute Configuration
Determination of Absolute Configuration
Secondary Structure Analysis of Proteins Using IR Imaging
Secondary Structure Analysis of Proteins Using IR Imaging
Measurement of the Spectroscopic Properties of Optical Components for CD-DVD Players Using the Microsample Measurement Accessory
Measurement of the Spectroscopic Properties of Optical Components for CD-DVD Players Using the Microsample Measurement Accessory
Microsampling of Low-Concentration Aqueous Proteins Using a Novel Hydrophobic Sampling Device and the uMax Sample Compartment Infrared Microscope
Microsampling of Low-Concentration Aqueous Proteins Using a Novel Hydrophobic Sampling Device and the uMax Sample Compartment Infrared Microscope
Continuous Infrared Monitoring of Organic Pollutants in Industrial Wastewater
Continuous Infrared Monitoring of Organic Pollutants in Industrial Wastewater
Differentiation of Hydrocarbon Homologs Using EP-IR Spectroscopy
Differentiation of Hydrocarbon Homologs Using EP-IR Spectroscopy
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