#Japan #Tokyo #Toray Research #Material Analysis #Live Seminar

Upcoming Live Seminar Series on Material Analysis

Toray Research Center is excited to announce a live seminar series scheduled for May 2026, focusing on the foundational techniques required in material analysis. This series will cater not only to analysis technicians and material developers but also to researchers involved in quality assessment, providing insightful and practical knowledge relevant to the field.

Seminar Line-up

1. Pre-treatment Techniques for Organic Component Analysis

Date: May 20, 2026
This session will delve into the significance of sample pre-treatment in achieving accurate and reliable analytical results in organic component analysis. Participants will explore the entire analytical flow, from determining sample quantities to essential pre-treatment operations like grinding, extraction, drying, and separation. Specific chromatographic separation techniques, including GPC and various chemical decomposition methods for sample pre-treatment, will also be discussed. Actual case studies, such as the analysis of dispersants in emulsions and degradation studies on polyimide and cross-linked polysiloxanes, will be showcased to enhance understanding of practical pre-treatment techniques.

Key Content:

• - Role of pre-treatment in organic component analysis
• - Basic operations and focus points of grinding, dissolving, and extraction
• - Practical techniques for sample preparation like concentration, drying, and separation
• - Analytical approaches using chemical decomposition like hydrolysis and pyrolysis
• - Real-world analysis case studies including dispersant analysis in emulsions

2. Surface Analysis (XPS, TOF-SIMS)

Date: May 21, 2026
With the advancement of microfabrication and material compositing, evaluating surface and interfacial properties has become critical. This seminar will provide insights into surface analysis techniques capable of evaluating compositions and chemical states in extremely shallow areas, on the order of tens of nanometers, using X-ray Photoelectron Spectroscopy (XPS) and Time-of-Flight Secondary Ion Mass Spectrometry (TOF-SIMS). Attendees will learn the principles of these analyses, equipment configurations, and essential interpretation points, alongside applications in polymers and biomaterials.

Key Content:

• - Importance of surface analysis in material evaluation
• - Basic principles of XPS and measurement techniques
• - Applications of XPS such as functional group quantification and depth profiling
• - Fundamentals and characteristics of TOF-SIMS
• - Analysis case studies in polymers and biomaterials

3. X-ray Diffraction/Scattering and Solid-State NMR Analysis

Date: May 26, 2026
Understanding the structural aspects of materials is essential for applications ranging from crystallography to molecular structure analysis. This segment will cover foundational principles of X-ray diffraction and scattering, as well as solid-state NMR techniques widely utilized for material structure assessment. Participants will gain insights into evaluating crystal structure, size, orientation, and residual stress through X-ray diffraction while exploring chemical structure and dynamics in materials like polymers and batteries via solid-state NMR.

Key Content:

• - Basic principles of structural analysis using X-ray diffraction and scattering
• - Evaluation methods such as crystallite size, orientation, and residual stress
• - Material structure analysis through small-angle X-ray scattering
• - Principles and measurement methods for solid-state NMR
• - Real-world applications in polymers, battery materials, and inorganic substances

Free Participation Option for Students

In an effort to foster interest in material analysis, the seminars include free slots for students aspiring to become future professionals in this field. Participants will benefit from substantial knowledge transfer that is integral to their academic and professional growth.

Additional Information

These seminars are designed based on accumulated insights from real-world material analysis to provide structured learning in practical analysis techniques. We hope that this series will significantly enhance the skills and knowledge of professionals engaged in material development and quality evaluation.

For more details on registration and session specifics, please visit:
Toray Research Seminars

Join Us!

Don't miss this opportunity to expand your expertise in material analysis by participating in these insightful seminars. Together, let's cultivate a deeper understanding of the fundamental techniques that drive innovation in material sciences.