Application Resources
Applications for spectroscopy include chemical and environmental analysis, pharmaceuticals, food testing, forensic science, material analysis, and medical diagnostics. Various techniques identify chemical composition, monitor environmental quality, analyze drugs, and support scientific and industrial research. We’ve listed a few applications here, but we are always ready to support your work.
Popular Applications
Here are some common applications for B&W Tek's component spectrometers, but there are many others as well. Get in touch with us to talk about your specific needs and how our components can help you take any sample.
Quantitative Raman
Quantitative Raman determines the composition of individual components a mixture or blend, verify a reaction is progressing to completion, and detects impurities. Quantification takes Raman to a new level of utility in quality control and process measurements.
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Polymers
Spectroscopic measurements are used to characterizes polymers and plastics. Absorption and reflectance measurements support quality control and Raman is a solution for analyzing copolymers and blends, flame retardants, additives, antioxidants, and crystallinity.
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Carbon Materials
Carbon nanomaterials constitute a variety of carbon allotropes including graphene, graphene oxide, carbon nanotubes, and carbon nanofibers. Each material exhibits unique properties in electrical conductivity, thermal conductivity and mechanical strength. Raman spectroscopy helps you navigate these complex materials providing insight into the composition and structure.
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Solar & Battery
Spectroscopy is a versatile tool with many benefits for energy science. From batteries to electrodes materials and electrolytes, spectroscopy applications have grown quickly in recent decades, leading to a demand for more efficient technology in testing components for optimal electrochemical performance. Combine Raman with electrochemistry the most comprehensive analysis possible.
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Raw Material ID
NIR and Raman spectroscopy are widely used for identifying raw materials. Handheld and laboratory Raman instrumentation allows for non-contact identification and validation measurements through transparent containers while maintaining the sample's integrity. NIR can also be used for validation in the quality control lab.
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General Chemical
Spectroscopy allows for the real-time monitoring of chemical reactions, which helps optimize reaction conditions and quality control. It is also essential for research and development to study new compounds and understand molecular interactions. Moreover, B&W Tek spectroscopy components aid in environmental monitoring to detect pollutants and ensure compliance with regulations, making it a vital tool throughout all stages of chemical production.
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Education
B&W Tek spectrometers and sampling accessories are essential educational tools for demonstrating the fundamental principles of spectroscopy. Student learn how spectroscopy can be used to identify elements and compounds, understand the energy transitions associated with light interaction, and explore the regions of the electromagnetic spectrum. A hands-on approach with system components improves comprehension and fosters a deeper interest in scientific research.
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