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Raman Articles & Analysis
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Cubic Instruments, a leading manufacturer of gas analyzers, has leveraged Cubic mature technology platform of Laser Raman spectroscopy technology to provide advancing solutions for multiple gas concentration measurements. To achieve high levels of accuracy and reliability in measuring different gas components, Cubic Instruments has innovatively developed rapid online gas ...
Cubic Instruments, a leading manufacturer of superior gas analyzers, has leveraged Cubic mature technology platform of Laser Raman spectroscopy technology, and develop the LRGA-6000, an advanced analytical system delivering high-precision gas measurement in various complex and hazardous industrial conditions. Based on the principle of Laser Raman Scattering, ...
Online monitoring systems must operate reliably under these extreme conditions, with strong resistance to contamination and interference, so as to ensure long-term accuracy and data reliability. Cubic Solution The Cubic laser Raman spectroscopy gas analyzer LRGA-3200EX enables rapid and accurate multi-component online monitoring, effectively addressing the challenges of gas ...
Online monitoring systems must operate reliably under these extreme conditions, with strong resistance to contamination and interference, so as to ensure long-term accuracy and data reliability. Cubic Solution The Cubic laser Raman spectroscopy gas analyzer LRGA-3200EX enables rapid and accurate multi-component online monitoring, effectively addressing the challenges of gas ...
LRGA-3200EX In-Situ Laser Raman Gas Analyzer: In-Situ Monitoring System Suitable for Non-Destructive Analysis Applications The LRGA-3200EX operates based on the same laser Raman scattering principles as the LRGA-6000, but distinguishes itself by performing non-destructive analysis of gases directly at the source. ...
LRGA-6000 Laser Raman Gas Analyzer: External Monitoring System Suitable for Retrofit Applications The LRGA-6000 utilizes Laser Raman spectroscopy technology to enhance gas analysis capabilities. Through exciting, collecting, processing, and identifying the characteristic Raman scattering spectra of measured gases, LRGA-6000 achieves simultaneous ...
LRGA-3200EX In-Situ Laser Raman Gas Analyzer: In-Situ Monitoring System Suitable for Non-Destructive Analysis Applications The LRGA-3200EX operates based on the same laser Raman scattering principles as the LRGA-6000, but distinguishes itself by performing non-destructive analysis of gases directly at the source. ...
Cubic Instruments, a leading manufacturer of superior gas analyzers, has leveraged Cubic mature technology platform of Laser Raman spectroscopy technology, and develop the LRGA-6000, an advanced analytical system delivering high-precision gas measurement in various complex and hazardous industrial conditions. Based on the principle of Laser Raman Scattering, ...
Cubic Instruments, a leading manufacturer of gas analyzers, has leveraged Cubic mature technology platform of Laser Raman spectroscopy technology to provide advancing solutions for multiple gas concentration measurements. To achieve high levels of accuracy and reliability in measuring different gas components, Cubic Instruments has innovatively developed rapid online gas ...
LRGA-6000 Laser Raman Gas Analyzer: External Monitoring System Suitable for Retrofit Applications The LRGA-6000 utilizes Laser Raman spectroscopy technology to enhance gas analysis capabilities. Through exciting, collecting, processing, and identifying the characteristic Raman scattering spectra of measured gases, LRGA-6000 achieves simultaneous ...
This phase transformation is supported by in-situ XAS and in-situ Raman during OER, underscoring the role of pH and operating potential in maintaining intermetallic order under working conditions. ...
Its portfolio of NDIR, NDUV, TDLAS, and Laser Raman technology platforms has been validated in demanding operating environments, enabling reliable measurement performance under conditions involving thermal variation, fluctuating gas loads and complex gas mixtures. ...
Although the SEI is crucial for stabilising the cathode-electrolyte interface, it is only a few nanometres thick and chemically varied, which complicates its analysis with conventional analytical techniques like X-ray Photoelectron Spectroscopy (XPS) or Raman spectroscopy. Secondary Ion Mass Spectrometry (SIMS) surface analysis is a powerful method that can be used to ...
Introduction Law enforcement officers responsible for reducing narcotics trafficking and drug abuse face more challenges than ever before. New drugs are appearing at an alarming rate and the global drug problem is spiraling out of ...
ByB&W Tek
Introduction Raman spectroscopy is a widely used physical characterization technique in the pharmaceutical industry. ...
ByB&W Tek
The Raman bands associated with different carbon bonds reveal details of the structure on the molecular level. Most of the research using Raman technology has been applied to carbon nanotubes and graphene. The fast characterization of carbon black material using Raman spectroscopy is discussed here to demonstrate that Raman ...
ByB&W Tek
This technical digest covers the fundamentals of raman spectroscopy and instrumentation. Topics include the history of raman spectroscopy, what raman is and how it works, raman instrumentation, and common applications. ...
ByB&W Tek
In this application note, the main ingredients of olive oil, camellia oil, arachis oil, sunflower seed oil, and colza oil are analyzed using a portable Raman spectrometer combined with chemometrics software from B&W ...
ByB&W Tek
Metrohm is proud to announce the launch of the i-Raman NxG, a next-generation laboratory Raman spectrometer designed to enhance precision and performance in routine quality control measurements. The i-Raman NxG continues Metrohm's tradition of quality, offering advanced features that enable faster measurements, improved sensitivity, and greater ...
ByB&W Tek
Spectroelectrochemistry (SEC) is among one of the most promising emerging analytical techniques. While commercial spectroelectrochemical instruments have been developed to facilitate the performance of SEC experiments, the absence of user-friendly cells has limited the development of the technique until now. This article describes these different kinds of SEC cells in ...
ByB&W Tek