What to Expect?
- Advanced Materials Science Research Presentations
Expert talks on fundamental and applied research in materials synthesis, microstructure–property relationships, solid-state physics, and functional material systems. - Cutting-Edge Technology Development and Translation
Sessions detailing innovation in materials processing techniques (e.g., spark plasma sintering, high-resolution electron microscopy, plasma materials interactions) and pathways for technology transfer to industrial applications. - Analytical Characterisation and Instrumentation Discussions
Scientific discourse on analytical methodologies such as spectroscopic, diffraction, and microscopy techniques for quantifying phase composition, crystallography, defect structures, and nanostructured materials performance. (Typical IMS focus). - Collaborative Research and International Integration
Highlights of cross-institutional and international research programmes, interdisciplinary projects, and strategic partnerships that expand materials science frontiers and foster knowledge exchange. - Interactive Q&A, Technical Exchange, and Networking
Structured opportunities for in-depth scientific discussion, critique of methodologies, and networking with leading researchers, postdoctoral scientists, and industry stakeholders active in advanced materials research.
Hiden Analytical’s Relevance:
- Vacuum Diagnostics and UHV Environment Control for Materials Research
Hiden’s high-performance Residual Gas Analysers, of which will be showcased at the event, enable precise quantification of gas species and partial pressures in UHV and HV environments, critical for contamination control during thin-film synthesis, surface preparation, and in-situ characterisation workflows. - Process Monitoring in Thin Film and Plasma-Assisted Fabrication
The HPR-30 series and HMT systems provide real-time gas phase analysis during plasma processing, CVD/ALD growth, and vacuum surface engineering, supporting advanced process control, defect mitigation, and precursor decomposition studies relevant to semiconductor, nanomaterial, and coating research themes. - Trace Gas Analytics for Contamination and Outgassing Studies
With wide dynamic range and high sensitivity, Hiden RGAs facilitate the detection of trace contaminants, outgassing species and residuals that can compromise microstructure integrity, phase purity, or analytical measurements. - Analytical Support for Surface and Interface Characterisation Techniques
By integrating residual gas analysis into materials characterisation environments—such as vacuum-based spectroscopy and microscopy—the instruments help optimise vacuum quality and background conditions, enhancing data quality for UHV surface science, depth profiling, and nanostructure investigations. - Facilitating Quality Assurance in Research Infrastructure
Hiden Analytical’s instrumentation supports QA/QC in research facilities through robust leak detection, vacuum purity assessment, and trend analysis, enabling reliable experimental platforms that underpin cutting-edge materials science investigations and collaborative scientific endeavours.
📅Event Dates: March 27, 2026.
📍Location: Institute of Materials Science, Hanoi, Vietnam.
🔗Event Website: Vietnam Academy of Science and Technology.
We look forward to connecting with the materials science community!