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  • Overview
    • Introduction & Greetings
    • Organizing Committee
      • Symposium & Session Chairs
    • Code of Conduct (PDF)
    • Call for Awards Nominations
      • Protocol for Graduate Student Awards
      • Protocol for R.F. Bunshah Annual Award & ICMCTF Lecture
      • Protocol for the Bill Sproul Award and Honorary ICMCTF Lecture
    • Manuscripts
    • Photo Gallery
    • Promotional Tools
      • ICMCTF 2026 400 x 400 Banner (JPG)
      • ICMCTF 2026 1200 x 675 Banner (JPG)
  • Program
    • Presentation Instructions
    • Special Events
      • Lecture Series: Plenary
      • Lecture Series: Exhibitors Keynote
      • Keynote Lectures
    • Symposia
      • Symposium PP: Plasma and Vapor Deposition Processes
      • Symposium MA (Materials A): Protective Coatings and High-Temperature
      • Symposium MB (Materials B): Functional Thin Films and Surfaces
      • Symposium MC (Materials C): Tribology and Mechanics of Coatings and Surfaces
      • Symposium MD (Materials D): Surface Engineering of Biomaterials, Medical Devices, and Regenerative Materials
      • Symposium CM: Advanced Characterization, Modelling and Data Science for Coatings and Thin Films
      • Symposium IA: Surface Engineering – Applied Research and Industrial Applications
      • TS1. Coatings for Batteries and Hydrogen Applications
      • TS2. Coatings and Surfaces for Renewable Energy Technology
      • TS3. Circular Strategies for Surface Engineering
  • Abstract Submission
    • Call for Abstracts (PDF)
    • Copyright Agreement (PDF)
    • Submission Guidelines
  • Exhibit
    • Exhibit Information & Opportunities
  • Sponsors
    • General Sponsors

X-ray Diffraction (T4)- 5/13/25

Tuesday, May 13, 1:00 p.m.-3:00 p.m.

Summary

Dive into the fascinating thin film material analysis world through the powerful X-ray diffraction (XRD) technique. Explore the fundamentals, practical applications, and hands-on skills needed for basic crystal structure identification, stress state evaluation, or data interpretation using parameters gained during XRD analysis. Within this module, the basic principles of XRD, as well as helpful insights on data interpretation and valuable applications, will be provided. Whether you are a scientist, researcher, or enthusiast new to these techniques, this course will enable your skills in conceiving XRD data.

Topics

  • Basic principle of using X-rays for producing diffraction data (Bragg’s law)
  • Overview on different XRD techniques (different sources and geometries)
  • Data interpretation and useful methods for your daily business with X-ray diffraction
  • Case studies for evaluating textures coefficients, FWHM, sin²psi, etc

Instructor

Helmut Riedl

Assistant Professor in Surface Engineering
Technische Universität Wien, Austria

Advance Registration Recommended!

Cost Per Track: $300
Cost Per Module: $100

Module(s) Include: Link to Course Notes (PDF)

You may select any combination of modules during the registration process

REGISTER

Key Dates

Call for Abstracts Deadline:
October 27, 2025

Awards Nomination Deadline:
October 27, 2025

Author Notifications:
December 1 , 2025

Early Registration Deadline:
March 2026

Housing Deadline:
April 2026

Manuscript Deadline:
June 30, 2026

Downloads

  • Code of Conduct (PDF)
  • Call for Abstracts (PDF)
  • Copyright Agreement (PDF)
  • Exhibit & Sponsor Form (PDF)

Contact

CONFERENCE MANAGEMENT
Yvonne Towse

Conference Administrator

Della Miller 
Conference Manager
icmctf@icmctf.org

EXHIBITS
Ryan Foley and Bob Jonas
exhibits@avs.org

 

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