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The Demountable Neutron Detector

NOVA's demountable detector utilizing a delay line readout from Surface Concept (Mainz, Germany), and NeuView™ MCPs inside.

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NIST Center for Neutron Research

A large area NOVA Scientific neutron imaging MCP is employed as a ‘user facility’ for high spatial resolution imaging, at NIST’s Center for Neutron Research in Maryland, USA.

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Oak Ridge National Laboratory

NOVA Scientific neutron imaging MCPs are now actively utilized as ‘user facilities’ at DOE’s Spallation Neutron Source (SNS) and High Flux Isotope Reactor (HFIR), at the Oak Ridge National Laboratory in Tennessee, USA

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Neutron-sensitive NeuView™ microchannel plates from NOVA Scientific

NeuView™ format sizes: 105 mm square, 33 mm round, 50 mm round and 150 mm square

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European Spallation Source (ESS)

NOVA’s neutron-sensitive MCPs are at the heart of an advanced MCP-based neutron detector that provided the very first European Spallation Source pulse signature measurement at HZB Berlin's ESS simulation beamline. The giant European Spallation Source lab is now under construction in Sweden.

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Demountable Neutron Detectors

NOVA Scientific’s recently upgraded neutron imaging demountable is now equipped with a highly user friendly and ‘turn-key’ imaging and ultra-fast timing Delay Line Readout from Surface Concept (Mainz, Germany), capable of very high spatial and ultra-fast timing resolution – in a wide range of formats up to 150mm. A link to the demountable detector brochure can be found here, and a link to our joint website can be found here.

Contact us directly for more information about our customized demountable neutron detector solutions, including square or rectangular detection areas as well as alternate readouts: phosphor screen, single- and multi-anodes, crossed grid, Wedge and Strip, Medipix/Timepix, and Resistive Anode.

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First European Spallation Source Pulse Signature Measured at Helmholtz-Zentrum Berlin

NOVA’S ND40DL vacuum sealed neutron imaging detector with delay line readout was employed to measure the first European Spallation Source pulse signature at Helmholtz-Zentrum in Berlin in late May 2015. The Berlin test beamline provides real-world conditions for simulated development testing for the ESS facility under construction in Lund, Sweden.