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2. Hardware Testing of the BaBar Drift Chamber Electronics Upgrade (SULI paper)
3. The Effect of dead-timeless silicon strip readout at CDF II
4. High-resolution detection system for time-of-flight electron spectrometry
5. A novel digital pulse processing architecture for nuclear instrumentation
6. The On-Orbit Calibrations for the Fermi Large Area Telescope
7. Simulation of BaBar Drift Chamber
8. Improving the counting efficiency in time-correlated single photon counting experiments by dead-time optimization
9. NO TIME FOR DEAD TIME: TIMING ANALYSIS OF BRIGHT BLACK HOLE BINARIES WITH NuSTAR
10. Theory of particle detection and multiplicity counting with dead time effects
11. The Feynman-Y Statistic in Relation to Shift-Register Neutron Coincidence Counting: Precision and Dead Time
12. Spectral indices measurements using miniature fission chambers at the MINERVE zero-power reactor at CEA using calibration data obtained at the BR1 reactor at SCK.CEN
13. 6Li foil thermal neutron detector
14. The Gamma-Ray Large-Area Space Telescope: An Astro-Particle Mission to Explore the High-Energy Gamma-Ray Sky
15. A seamless acquisition digital storage oscilloscope with three-dimensional waveform display
16. Experimental Determination of the Multiplicity Deadtime Parameter
17. Simulation of Rate-Related (Dead-Time) Losses In Passive Neutron Multiplicity Counting Systems
18. Measurement of the neutron capture cross section of {sup 234}U in n-TOF at CERN
19. Identification and solution of a charging problem in a high-altitude detector
20. Fiber-Optic Taper Coupled with a Large Format Charge-coupled Device X-ray Detector: Fast Readout and High Duty-Cycle Ratio
21. Fermilab Physics Department Fastbus TDC module
22. Measurement of the Cr(n,X)/sup 52/V neutron cross section at 14. 6 MeV
23. Variable dead time compensation and calculation of salt-acid concentration ratio improves evaporator control
24. Two-source method for determining radiation counting dead time
25. High-speed fission ionization chamber with radiators made of /sup 235/U
26. Comment on ''the use of a pileup rejector in quantitative pulse spectrometry''
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