In the first version of scintillators based on this material, the metal halides absorb high energy radiation and emit visible light. In this latest iteration, metal halide components and organic ...

The new material achieved a maximum reflection loss of -54 dB and a broad absorption bandwidth of ... while its surface properties enhance heat radiation dissipation. As a result, the material ...

Previously known colored radiative cooling materials use light absorption to produce color ... a material that reduces its temperature through radiation cooling, but also forms colored photonic ...

They absorb sunlight and efficiently convert it into ... and space agencies such as NASA aim to establish bases on the Moon. Materials that can tolerate extreme radiation and self-heal would change ...

Denser portions of an item absorb less radiation, and this differential can be used to separate higher-density materials like bones or metal from lower-density ones like soft tissue. The scintillator ...

Specific materials are useful in protection against a specific type of radiation while the same material might not be effective for any other. Tungsten can efficiently absorb gamma radiation, but it ...

Radiation damage in materials for nuclear power can take on many forms ... including diffraction and spectroscopy (e.g., XRD, Raman, X-ray absorption and emission spectroscopy), microscopy and ...

The LBSO material allows thermal radiation to be transferred to the ... technology for managing heat generated by exposure to and absorption of strong sunlight in extreme environments such as ...

“To truly solve this problem, we need to develop materials that will absorb and dissipate the interference ... which includes microwave radiation and is the most common frequency produced by devices.

Metal-halide perovskites are a class of materials discovered in 1839 that are found abundantly in Earth’s crust. They absorb sunlight ... my team developed a radiation experiment.