Electronic tube and vacuum tube catalog

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Nitrogen-argon fission counter designed for thermal-neutron detection. Fission events generate countable pulses for neutron monitoring, providing discrete-event detection rather than the continuous-current response characteristic of ordinary ionization chambers.

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Nitrogen-argon fission counter variant designed for thermal-neutron detection. Fission events generate countable electrical pulses, providing sensitive discrete neutron measurements for nuclear instrumentation and reactor-monitoring applications.

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Miniature fission chamber designed for thermal-neutron flux mapping. Its compact construction permits localized neutron measurements, making it suitable for mapping spatial variations in thermal-neutron intensity within nuclear systems.

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Rugged fission counter designed for thermal-neutron detection. Its mechanically robust construction and pulse-counting response suit nuclear instrumentation applications requiring reliable neutron counting under demanding operating conditions.

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Rugged fission counter designed for thermal-neutron detection over an extended flux range. Its durable construction and broadened measurement range support reliable neutron counting across changing reactor or experimental conditions.

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High-temperature guard-ring fission chamber for thermal-neutron detection. Designed for operation to about 500°F, it is ruggedized for severe shock and vibration and provides stable neutron counting across a wide applied-voltage range.