Analysis Seminar: "Infrared Spectroscopy, Raman Spectroscopy"
Infrared spectroscopy is an analytical method that utilizes the absorption of specific wavelengths by a substance when irradiated with infrared light to obtain information about chemical bonds, such as functional groups. It is widely used as a composition analysis technique for organic compounds and polymers. There are various measurement modes, such as the ATR method, which can be selected according to the sample form and purpose, making it adaptable for evaluating not only organic compounds and polymers but also inorganic substances, gases, liquids, and various forms of samples. In this course, we will explain the principles and measurement modes of infrared spectroscopy and introduce case studies using this method.
Raman spectroscopy is a technique that detects scattered light generated when a substance is irradiated with light and analyzes the vibrational modes of molecules and crystals. In addition to obtaining similar chemical bond information as infrared spectroscopy, it is also used to analyze structures that contribute to material properties, such as orientation, crystallinity, and stress. While it has a wide range of applications, understanding the method and materials, as well as making appropriate adjustments during analysis, is necessary for effective use. In this course, we will explain the basic concepts of Raman spectroscopy and key points of analysis. We will also touch on comparisons with infrared spectroscopy and considerations for method selection, while introducing case studies that leverage the strengths of Raman spectroscopy.

| Date and time | Tuesday, Apr 21, 2026 01:00 PM ~ 05:00 PM |
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| Entry fee | Charge 44,000 yen (including tax) |
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