The debate over enzyme methods versus nonenzyme methods in the field of nanosensing
has lasted for decades despite hundreds of published studies on this topic. In this study, we …

Magnesium potassium-based phosphate (MKP) cement MgKPO 4. 6H 2 O is proposed as a
promising alternative for immobilizing nuclear waste. In order to assess the long-term …

To understand the impact of radiation doses, polycrystalline hydroxyapatite (HAP) samples
were exposed to 10 MeV electron irradiation, reaching doses of up to 20 MGy and their …

This study aims to investigate the various responses of the optical characteristics to He-ion
irradiation at different fluences and energies in Nd, Y: CaF 2 crystals. Through optical …

Understanding the mechanisms of radiation induced defect generation is essential for
assessment of materials to be used in nuclear environments. In the current work, we …

Fluorapatites are one of the candidate matrices for hosting the nuclear waste from molten
salt reactors. To assess their radiation stability and long-term performance, natural analogue …

Calcium fluoride (CaF 2) is an excellent material for deep-ultraviolet optics. However,
exposure to intense UV laser light can induce new defects in the material, a phenomenon …

Eu 3+ ion doped CaF 2 thin film was successfully prepared using the hydrothermal method
and coated by a spin coating technique. A thin layer of ZnO was deposited on the Eu 3+ …

Abstract MgKPO4· 6H2O (magnesium potassium phosphate-based cement; MKP) is an
environment friendly alternative to Portland cement with potential applications in …