Dosimetry based on the detection by electron paramagnetic resonance (EPR) spectroscopy
of ionizing radiation-induced radicals is an established method for the retrospective …

A living cell is a dynamic biological system composed primarily of nucleic acids,
carbohydrates, lipids, and proteins that structurally and functionally interact with many other …

Using density functional theory (DFT) calculations, an enhanced theoretical examination
was made of the radiation-induced radicals in α-d-glucose. For the carbon-centred radicals …

The time stability and dose response of the free radicals produced in various types of “less-
studied” mono-and disaccharides by γ-radiation is studied by EPR (Electron Paramagnetic …

We investigated effects of low-dose X-ray irradiation on eggshells radical production.
Eggshells irradiated by low-dose X-ray produced stable radicals. The stable radicals at the …

Sucrose irradiated with N-ions and gamma-rays is investigated by EPR and UV
spectroscopy. Irradiation doses are in the range of 20–380Gy and linear energy transfer …

Lithium formate electron paramagnetic resonance (EPR) dosimeters were irradiated using
60Co γ-rays or fast neutrons to doses ranging from 5 to 20Gy and investigated by EPR …

Solid state/EPR (SS/EPR) dosimeters of carbon ions irradiated sucrose are studied with
EPR, and their water solutions–with UV spectroscopy. Doses between 20 and 200 Gy are …

Crystalline sucrose irradiated with C and Si ions is investigated with EPR and UV
spectroscopy. Samples are treated at different doses of radiation in the region 20–300Gy …

In the last three decades EPR spectrometry has expanded significantly in the field of
practical applications. This is mainly due to its high sensitivity (10 12–10 13 molecules …