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BT Bubble N-Probe Portable Neutron Scintillation Spectrometer
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By BT Bubble
<p><span class="notranslate" style=""><span class="product-description-no-js" id="product-description-no-js_635078">PROBE Industries N-technology bubble is a revolutionary portable neutron scintillation spectrometer, designed for use by non-specialists to measure neutron doses of low-intensity mi…
Description
<p><span class="notranslate" style=""><span class="product-description-no-js" id="product-description-no-js_635078">PROBE Industries N-technology bubble is a revolutionary portable neutron scintillation spectrometer, designed for use by non-specialists to measure neutron doses of low-intensity mixed field environments found to often in nuclear utilities, fuel storage, fuel and uses process useless and military operation.</span></span> <span class="product-description-no-js" id="product-description-no-js_635078">
</span><span class="product-description-js" id="product-description-js_635078">
The N-Probe Needs two separate detectors to cover the neutron energy range from thermal to 20 MeV. A NE213-type liquid scintillator is used to cover from 800 keV to 20 MeV while a 3He proportional counter based on the 3He(n,p) T reaction is used to cover the energy region from thermal to 800 keV. Sophisticated pulse-shape discrimination circuitry distinguishes unwanted gamma-ray signals from the desired neutron signals. The two detectors work in unison and pulse-height distributions from both are shown during data collection. With one command from the keyboard, these distributions are merged and processed automatically to yield the desired neutron spectrum.</span> </p><p><span style="font-size: x-large;"><span style="color: rgb(255, 0, 0);">*</span> </span>Ad pertains to the BT Bubble N-Probe Neutron Scintillation Spectrometer only!,  Seperate Detector - Mobile Microspec is NOT included.</p>
</span><span class="product-description-js" id="product-description-js_635078">
The N-Probe Needs two separate detectors to cover the neutron energy range from thermal to 20 MeV. A NE213-type liquid scintillator is used to cover from 800 keV to 20 MeV while a 3He proportional counter based on the 3He(n,p) T reaction is used to cover the energy region from thermal to 800 keV. Sophisticated pulse-shape discrimination circuitry distinguishes unwanted gamma-ray signals from the desired neutron signals. The two detectors work in unison and pulse-height distributions from both are shown during data collection. With one command from the keyboard, these distributions are merged and processed automatically to yield the desired neutron spectrum.</span> </p><p><span style="font-size: x-large;"><span style="color: rgb(255, 0, 0);">*</span> </span>Ad pertains to the BT Bubble N-Probe Neutron Scintillation Spectrometer only!,  Seperate Detector - Mobile Microspec is NOT included.</p>