Testing Community

https://suri.up.edu.ph/handle/123456789/13

🔬 Institutional Research Hub

Testing advanced HTML rendering and responsive layouts within the DSpace-CRIS ecosystem.

v2026.1 Ready HTML5 Compliant CRIS Enabled

System Status

CSS Engine Active

📚

Publications

Verify if links and standard typography scale correctly across different display sizes.

Browse Items →

👥

Researcher Profiles

Check grid alignment and profile text rendering for dynamic openURL structures.

View Faculty →

📊

Analytics Matrix

Validate metadata block behaviors and custom inline styling boundaries.

See Metrics →

⚠️

Configuration Tip: If the styles or buttons look broken, your current user role or theme settings might be stripping inline styles or raw HTML tags.

Welcome to the Test Community!

This space is dedicated to showcasing HTML styling features in DSpace-CRIS.

Explore our recent publications, datasets, and researcher profiles.

View Collections

About This Section

You can use standard HTML to highlight news, guidelines, or featured items.

Need Help?

Contact the repository administrator for any questions regarding submissions.

Radiation resistant camera system was constructed for monitoring deuterium plasma discharges in the Large Helical Device (LHD). This system has contributed to safe operation during two experimental campaigns without serious problems due to radiation (neutrons and gamma-rays). The cameras steadily functioned even in the plasma discharge with the maximum neutron emission rate in FY 2017, though some bright specks temporarily appeared on the images. The cameras have been installed in shield boxes which consist of lead boxes covered with 10% borated polyethylene blocks in all directions. For optimizing the design of the shield box, the radiation flux distribution was calculated by MCNP-6 code, which reveals the reduction of the radiation flux and the change of the energy spectra in the shield box. Thanks to the optimization, significant extension of the lifetime of the cameras has been realized. Investigation of the influence of the radiation on the CCD image sensor shows that the number of bright specks generally increases with the radiation flux to the camera, which also indicates that some bright specks disappear by the self-annealing process on the image sensor. This phenomenon also highly contributes to the further extension of the lifetime of the radiation resistant cameras.