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LINrem
LINrem achieves breakthrough neutron dosimetry with superior temporal
resolution (microsecond-level), portability (3.6-10.6 kg), and extended
energy range (thermal to 10 GeV). Validated in particle physics facilities
and proton therapy centers (TRL6). Enables real-time dose measurements in
pulsed and continuous radiation fields, solving critical limitations of conventional systems. Compliant with ICRP 74 and ICRU 95 standards. International IP protection (USA, EU, Japan).
PRIMARY APPLICATION - Particle Therapy (Protons and Heavy Ions):
Real-time monitoring of secondary neutron radiation in clinical proton and
ion therapy facilities. Improves patient safety by quantifying neutron dose
that contributes to long-term secondary cancer risk, particularly critical
for pediatric patients. Enables compliance with new international regulations
(ICRU 95) and optimization of treatment planning. Portable design allows
single system deployment across multiple treatment rooms.
SECONDARY APPLICATION - Big Science Research:
Neutron dosimetry and radiation protection in particle accelerators (CERN,
ESS), fusion reactors (ITER, IFMIF-DONES), spallation sources, and cosmic
ray facilities. Essential for occupational safety, environmental monitoring,
and experimental characterization in pulsed neutron environments.
MARKET: 100+ operational proton therapy centers globally, 50+ under
construction. Growing regulatory requirements driving demand for advanced
neutron dosimetry.
Device, system and activation method for intraoperative disinfection of bone prostheses using bioelectrical effect
Oxifing Multi-Wavelength Pulse Oximetry Ring (MW-POR)