While X-ray and CT scans dominate non-destructive testing, neutron imaging remains underutilized despite its unique capacity to visualize light elements like hydrogen. Did you know neutron beams can penetrate heavy metals 10x better than conventional methods? Yet only 23% of material science labs employ this technology, according to 2023 IAEA data. What's holding back this revolutionary imaging modality?
When traditional imaging techniques hit resolution limits, where does scientific exploration turn? Synchrotron imaging emerges as the game-changer, achieving spatial resolutions up to 10 nanometers - that's 1/10,000th of a human hair's width. But why hasn't this technology become mainstream despite its potential?
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