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NeoScint pitch presentation

Georgy Dosovitskiy
Georgy Dosovitskiy

This document is from Georgy Dosovitskiy of NeoScint LLC promoting a glass composite scintillator material as an alternative to 3He detectors for neutron detection. The scintillator offers higher light yield and more cost-efficient production compared to other options. NeoScint seeks customers, partners, and investors to develop applications of their scintillator and related detectors for security, industry, research, and personal use in areas like nuclear reactor control, ecological monitoring, and engineering diagnostics. The company's team has experience in materials research, manufacturing, and related fields, and is seeking $1.3 million total funding to further develop and produce neutron detection materials and detectors.

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Resident of Nuclear Technologies Cluster, Skolkovo Foundation Neutron detection by Glass Composite Scintillator neoscint@gmail.com +7-916-117-32-20, Georgy Dosovitskiy
Perfect alternative to 3He detectors High performance Cost efficient production Glass Composite Scintillator 1.5 higher light yield then commercial glass Precise materials science Not that easy to copy Technology Photo source: stockphoto43.com
Photo courtesy of National Nuclear Security Administration / Nevada Site Office http://www.nv.doe.gov from www.stfc.ac.uk Cargo scanning portals for detection of fission materials Research centers (neutron detector from ISIS source, costs ~贈4M) Existing large-scale devices Promissing applications: miniaturization and spreading Nuclear energy reactor control Ecological monitoring Engineering diagnostics Down to 0.25 mm2 - personal usage is possible Down to 0.25 mm2 - personal usage is possible Applications and Markets SiPM-based mini-detectors
Alexey Dosovitskiy CEO of NeoScint LLC Key competences: Production organization. Commercial R&D. Chemical technology. More then 20 developed and launched production lines Ultrapure materials for top research projects: CERN, EURECA, KIMS, etc. Mikhail Korjik Scientific adviser of NeoScint LLC, Prof. Key competences: Nuclear physics. Radiation technologies applications. Scientific research. In detector physics: 2 monographs, > 200 papers, > 15 patents. Discovered, developed and introduced PWO crystals, which were used in CERN to detect Higgs boson Georgy Dosovitskiy Leading researcher of NeoScint LLC, PhD Key competences: Applied research. Solid state materials. Large experience in functional materials: superconductors, luminophores, scintillators, protective coatings, etc. Team
Customers In security, industry and research applications We look for: Partners To develop novel applications Investors Expertize and/or interests in radiation technologies Total funding of $1.3M is needed for technology release Expert team in materials R&D and manufacturing We plan: Production of novel scintillators and related materials, moving on to detectors Neutron detection material and detectors Other inorganic scintillators: development and production Business partnership in developed products We offer: neoscint@gmail.com +7-916-117-32-20, Georgy Dosovitskiy

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NeoScint pitch presentation

  • 1. Resident of Nuclear Technologies Cluster, Skolkovo Foundation Neutron detection by Glass Composite Scintillator neoscint@gmail.com +7-916-117-32-20, Georgy Dosovitskiy
  • 2. Perfect alternative to 3He detectors High performance Cost efficient production Glass Composite Scintillator 1.5 higher light yield then commercial glass Precise materials science Not that easy to copy Technology Photo source: stockphoto43.com
  • 3. Photo courtesy of National Nuclear Security Administration / Nevada Site Office http://www.nv.doe.gov from www.stfc.ac.uk Cargo scanning portals for detection of fission materials Research centers (neutron detector from ISIS source, costs ~贈4M) Existing large-scale devices Promissing applications: miniaturization and spreading Nuclear energy reactor control Ecological monitoring Engineering diagnostics Down to 0.25 mm2 - personal usage is possible Down to 0.25 mm2 - personal usage is possible Applications and Markets SiPM-based mini-detectors
  • 4. Alexey Dosovitskiy CEO of NeoScint LLC Key competences: Production organization. Commercial R&D. Chemical technology. More then 20 developed and launched production lines Ultrapure materials for top research projects: CERN, EURECA, KIMS, etc. Mikhail Korjik Scientific adviser of NeoScint LLC, Prof. Key competences: Nuclear physics. Radiation technologies applications. Scientific research. In detector physics: 2 monographs, > 200 papers, > 15 patents. Discovered, developed and introduced PWO crystals, which were used in CERN to detect Higgs boson Georgy Dosovitskiy Leading researcher of NeoScint LLC, PhD Key competences: Applied research. Solid state materials. Large experience in functional materials: superconductors, luminophores, scintillators, protective coatings, etc. Team
  • 5. Customers In security, industry and research applications We look for: Partners To develop novel applications Investors Expertize and/or interests in radiation technologies Total funding of $1.3M is needed for technology release Expert team in materials R&D and manufacturing We plan: Production of novel scintillators and related materials, moving on to detectors Neutron detection material and detectors Other inorganic scintillators: development and production Business partnership in developed products We offer: neoscint@gmail.com +7-916-117-32-20, Georgy Dosovitskiy