Organic-Inorganic Hybrid Scintillating Glass Properties

Hongwei Li's dataset presents properties of organic-inorganic hybrid scintillating glasses designed for high-energy particle detection. The glasses are described as highly transparent, homogeneous, and size-customizable, with enhanced scintillating efficiency and rapid luminescence decay. Their low density enables selective α-particle detection and minimized γ-ray interference, and they can be doped for thermal neutron detection.

Use Cases

• [Evaluating α-particle detection performance] based on [the described superior detection and low density enabling selectivity in mixed fields]
• [Comparing luminescence decay rates] based on [the described rapid luminescence decay]
• [Assessing neutron detection efficiency] based on [the described doping capability with lithium, boron, and gadolinium]
• [Analyzing material transparency and homogeneity] based on [the described highly transparent and homogeneous glass properties]

Strengths

• [Dataset is openly licensed] citing [CC-BY-4.0 license]
• [Dataset is multi-platform] citing [presence on figshare]
• [Dataset describes specific material enhancements] citing [rapid luminescence decay, enhanced scintillating efficiency, and superior α-particle detection]

Limitations

• [Unknown data structure] citing [no column names provided]
• [Limited scale indication] citing [no row count provided]
• [Potential freshness conflict] citing [last updated date is future-oriented (2026-03-21)]

Provenance

Source

Hongwei Li

Freshness

2026-03-21 10:13:33