11-16 July 2022
Europe/Moscow timezone
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MONITORING OF PULSED INTERMEDIATE-ENERGY NUCLEON BEEMS USING AIR ACTIVATION

Not scheduled
20m
Физический ф-т, ауд. 5-42

Физический ф-т, ауд. 5-42

Speaker

Dr Vladimir Skorkin (INR RAS)

Description

Proton therapy unit and pulsed neutron source have air channels for beam formation. Intermediate energy nucleons are non-elastically scattered by air atoms (nitrogen, oxygen, argon, etc.) and creates short-lived radionuclides (life tame from 20 ms to 100 s) in spallation process. Gamma and beta radiation from the decay of radionuclides can be used to pulsed nucleon beam monitoring. An activation monitoг for direct measurement of the medium energy nucleon flux was based on MKS-01R radiometer and а single-board Raspberry Pi2 microcomputer. The monitor has been tested when detecting radiation particles from activated air at the proton therapy unit and at the pulsed neutron source.

Section 5. Design and development of charged particle accelerators and ionizing radiation sources
The speaker is a student or young scientist No

Primary author

Dr Vladimir Skorkin (INR RAS)

Presentation Materials