Proton therapy has shown dosimetric advantages over conventional radiation therapy using
photons. Although the integral dose for patients treated with proton therapy is low, concerns …

A transimpedance amplifier (TIA) is an essential electronic circuit in prompt gamma
detection. To improve the performance and reliability of the electronics, we designed a TIA …

Radiation for targeting liver tumors can be challenging because of the damage that it can
cause to sensitive organs such as heart and kidney. To calculate the dose received by …

Interest in proton therapy has increased in the last decade, as protons are effective to treat
deeply located tumors, cause less damage to healthy tissue and allow controlling the energy …

New technique is trending in spatially fractionated radiotherapy with protons to utilize the
spot scanning together with a physical collimator to obtain minibeams. The primary goal of …

Proton-based stereotactic radiosurgery (PSRS) holds promise for treating benign tumours,
with patient-specific quality assurance (PSQA) playing a crucial role in ensuring high-quality …

Purpose Scanning proton therapy has dosimetric advantage over passive treatment, but has
a large penumbra in low-energy region. This study investigates the penumbra reduction …

GaN HEMT transistors has significant advantage over conventional silicon counterpart,
operating in radiation environment. In particle radiation therapy electronic devices are …

Neutrons are the main type of secondary particles emitted in proton-therapy. Because of the
risk of secondary cancer and other late occurring effects, the neutron dose should be …

Les neutrons sont étudiés dans des domaines divers en tant, par exemple, que particules
d'intérêt pour la physique fondamentale, outil pour la biologie ou l'analyse élémentaire, ou …