Sentence examples for material for radiation from inspiring English sources

Borosilicate glass is a candidate material for radiation waste formation and other optical applications in various fields.

High density concrete is widely used as a primary material for radiation shielding due to numerous advantageous properties such as, strength, durability and ease of fabrication in comparison with other construction materials.

To design materials for radiation dosimetry, physical properties, ion concentration, elastic properties and effective atomic numbers are important.

We anticipate that these results could serve as the starting point for the design of nature-inspired melanin-based radioprotective materials with a broad range of applications such as powdered melanins or melanized nanoparticles suitable for internal administration, or melanin-based composite materials for radiation shielding.

Flasks were placed on 10 cm of solid water (phantom material used for radiation beam calibration) positioned in the centre of the 40 cm × 40 cm radiation field and irradiated with 6 MV X-rays at a rate of 2.73 Gy min−1 from the posterior direction, with the media being 100 cm from the X-ray target.

The Austrian ski federation said its athletes used the material for ultraviolet radiation treatment of their blood, describing the method as being exclusively for disease preventionand not doping.

Due to their high sorption capacity, nanoporous polymer resins can be used as an active material for ionizing radiation sensor applications.

Bismuth was chosen as the material for γ-radiation shielding and the proposed system allowed a maximum activity of the 124Sb up to 1.85×1013 Bq.

Furthermore, due to their low conductivities Sample-1 and Sample-2 have been suggested as promising materials for electromagnetic radiation shielding applications for the high and low frequency regions, respectively.

In Harbin, a 300 MeV proton microprobe system is under development for many applications in space science studies including upset studies in microelectronic devices, radiation hardness of materials for satellites and radiation effects in human tissues.

In Harbin, we are developing a 300 MeV proton microbeam for many applications in space science including upset studies in microelectronic devices, radiation hardness of materials for satellites and radiation effects in human tissues.