LaMgAl 11 O 19: Er single crystals were examined as candidates for scintillators emitting
near-infrared luminescence, and their radioluminescence and scintillation detector …

The dosimetry performances of a nitrogen‐doped core (diameter of 8 μm) optical fiber,
before and after 100 kV X‐Ray preirradiation treatments, up to cumulated dose of 1 MGy …

Fiber Bragg gratings (FBGs) are valuable dosimeters for doses up to 100 kilograys (kGy), but
have hardly been used for the low-dose range of a few grays (Gy) required in medical …

We evaluate the potential of the cathodoluminescence (CL) spectroscopy to characterize the
nature and the spatial distribution of point defects in the main classes of optical fibers (OFs) …

This chapter describes the basic electronic processes responsible for scintillation in organic
scintillators. It also describes the electronic states in organic molecules in a different manner …

We tested the potential of ruby inorganic scintillation detectors (ISDs) for use in
brachytherapy and investigated various unwanted luminescence properties that may …

The complexity of treating cancerous cells in patients using radiotherapy, requires precision
in terms of the total dose received by the patient. The use of scintillating materials at the tip of …

A optical fiber array dosimeter based on radiation-induced luminescence can be used in two-
dimensional dose distribution measurements. However, using rotating fiber arrays …

The chapter continues previous reviews on radiation effects in optical fibers and on the use
of optical fibers/optical fiber sensors in radiation monitoring, published by InTech in 2010 …

A novel distributed fiber-optic calorimetric dosimeter is presented. The dosimeter sensors
are thermally insulated spherical beads (calorimetric sensors) made of lead mounted on an …