XIA & Blueshift offering prototypes to researchers XIA LLC and Blueshift Optics, Inc., are offering research physicists and engineers at private labs early access to prototype neutron detection modules. These individually customized scintillator/detector systems...

The need to measure alpha particle emissivities at levels below 0.005 /spl alpha//cm/sup 2/-hr is becoming increasingly important in fundamental physics experiments (e.g. neutrino and rare decay measurements), environmental monitoring, nuclear activities monitoring and semiconductor packaging materials.

The Pixie-16 PCIe Crate is a 19” x 9U enclosure to house up to 13 XIA Pixie-16 modules, featuring a removable fan tray and power supply.

We encourage you to migrate to shared or fully managed firmware, which use XIA released firmware. Self-managed firmware may present integration or integrity challenges if the firmware packaging changes.

"C: \\ Program Files (x86) \\ XIA \\ Pixie16_VB 2.3.1 \\ DSP \\ Pixie16DSP_revfgeneral_16b250m_r35921.ldr" Templates # The following three templates demonstrate how to use firmware infrastructure to use the automatic firmware finding, define a custom firmware (legacy operation), and define a partial firmware set.

Pixie SDK#. The Pixie SDK is a development framework for the Pixie-16 product line. It has everything you need to work with the Pixie-16 hardware both old and new.

The Alpha Sciences (ASI) Model 1950 is an alpha counting system. The system is made up of a 1000 square centimeter proportional counter, associated electronics, a Host PC based data acquisition software package, and a P-10 gas delivery set-up.

The PXI Preamplifier Power and Trigger Breakout Module (PXI PDM) is an accessory for the Pixie-4 system. It provides the following functionality:

The microDXP is a complete, low power compact digital spectroscopy card design for a wide range of handheld, benchtop and other embedded applications, lowering cost and speeding time-to-market.

May 13, 2007 · CHELSI is a CsI-based portable spectrometer being developed at Los Alamos National Laboratory for use in high-energy neutron fields. Based on the inherent pulse shape discrimination properties of CsI(Tl), the instrument flags charged particle events produced via neutron-induced spallation events.