The peculiar photoluminescence properties of radiation-induced electronic defects in lithium
fluoride (LiF), known as color centers, are well known for applications in tunable lasers and …

Passive solid-state radiation detectors, based on the radiophotoluminescence of stable color
centers in nominally pure lithium fluoride (LiF) crystals, have been used for advanced …

The introduction of radiotherapy beam delivery with high spatial modulation, including spot-
scanning proton therapy, calls for development of 3D dosimeters for patient-specific …

Lithium fluoride crystals are used to assess proton-beam energy spectra. Proton irradiation
induces laser-active color centers in the crystal, whose density correlates with the absorbed …

The visible radiophotoluminescence response of radiation-induced stable F 2 and F 3+ color
centers in nominally pure lithium fluoride crystals, irradiated with a reference 60 Co gamma …

Optically transparent lithium fluoride (LiF) thin films, thermally evaporated on Si (100)
substrates, are under investigation as novel radiation detectors based on …

Lithium fluoride crystals have been routinely employed as passive radiation detectors based
on radiophotoluminescence to assess the energy characteristics of the TOP-IMPLART linac …

Proton irradiation of lithium fluoride induces the formation of point defects within the material,
known as color centers, some of which are laser-active. The volume distribution of these …

Lithium fluoride doped with Mg and Ti (LiF: Mg, Ti) has been used for several decades as
thermoluminescent dosimeter material, but recently also its radiophotoluminescence has …

In certain experimental setups used for proton irradiations at the TOP-IMPLART linear
accelerator at the ENEA Frascati Center, the energy spectrum of the proton beam is …