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On-line neutron beam monitoring of the Finnish BNCT facility
Vesa Tanner
*
, Iiro Auterinen
, Jori Helin
, Antti Kosunen
, Sauli Savolainen
*
Corresponding author for this work
Helsinki University Hospital
VTT (former employee or external)
Radiation and Nuclear Safety Authority (STUK)
Research output
:
Contribution to journal
›
Article
›
Scientific
›
peer-review
19
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Citations (Scopus)
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INIS
boron
100%
neutron beams
100%
neutron capture therapy
100%
beam monitoring
100%
tissues
66%
beams
66%
neutron fluence
66%
counting rates
66%
epithermal neutrons
66%
dose rates
66%
fission chambers
66%
levels
33%
finland
33%
applications
33%
pulses
33%
tolerance
33%
power
33%
patients
33%
sensitivity
33%
monitoring
33%
range
33%
doses
33%
reactors
33%
signals
33%
reliability
33%
shields
33%
control rods
33%
clinical trials
33%
springs
33%
absorbed doses
33%
bismuth
33%
research reactors
33%
firs
33%
phantoms
33%
power reactors
33%
thermal neutrons
33%
dosimetry
33%
ionization chambers
33%
operations research
33%
moderators
33%
uranium 235
33%
Keyphrases
Neutron Beam
100%
Boron Neutron Capture Therapy
100%
Beam Monitoring
100%
Neutron Fluence
66%
Count Rate
66%
Epithermal Neutrons
66%
Chemical Technology
66%
Fission Chamber
66%
Finland
33%
Reactor
33%
Current Mode
33%
Clinical Trials
33%
Monitoring System
33%
LabVIEW
33%
Espoo
33%
Power Level
33%
In-core
33%
Absorbed Dose
33%
Bismuth
33%
Research Reactor
33%
Phantom
33%
Dosimetry
33%
Ionization Chamber
33%
Dosimetric
33%
Control Rod Position
33%
Gamma Dose Rate
33%
Thermal Neutron Fluence
33%
User-friendliness
33%
Reactor Power
33%
Operations Research
33%
Beam Intensity
33%
Gamma Shielding
33%
Healthy Tissue
33%
Tolerance Study
33%
Tissue Tolerance
33%
Total Count
33%
Detector Sensitivity
33%
Pulse Mode
33%
Beam Operation
33%
Virtual Instrumentation
33%
Tissue Substitutes
33%
In-beam Monitoring
33%
LabVIEW Application
33%
Engineering
Neutron Beam
100%
Chemical Technology
66%
Dose Rate
66%
Monitoring System
66%
Control Rod
33%
Main Purpose
33%
Power Level
33%
Fits and Tolerances
33%
Healthy Tissue
33%
Reference Condition
33%
Nuclear Reactor
33%
Thermal Neutron
33%
Physics
Neutron Beam
100%
Fluence
66%
Thermal Neutron
33%
Ionization Chamber
33%
Dosimeter
33%
Nuclear Reactor
33%