A modified version of the Monte Carlo computer code for calculating neutron detection efficiencies

Improved predections of neutron detection efficiency for hydrocarbon scintillators from 1 MeV to about 300 MeV

R. Cecil, B.D. Anderson, R. Madey · Nuclear Instruments and Methods · 1979 · 533 citations

Hydrocarbon Scintillators, Electrical Engineering, Engineering +7

Analysis of response data for several organic scintillators

R.L. Craun, D.L. Smith · Nuclear Instruments and Methods · 1970 · 272 citations

Natural Sciences, Spectroscopy, Scintillator +5

The response of organic scintillators to fast neutrons

R. Batchelor, W.B. Gilboy, J.B. Parker et al. · Nuclear Instruments and Methods · 1961 · 141 citations

Nuclear Physics, Physics, Natural Sciences +5

Accurate measurement of the counting efficiency of a NE-213 neutron detector between 2 and 26 MeV

M. Drosg · Nuclear Instruments and Methods · 1972 · 86 citations

Experimental Nuclear Physics, Radiation Detection, Nuclear Physics +10

The response of NE-228A, NE-228, NE-224, and NE-102 scintillators to protons from 2.43 to 19.55 MeV

R. Madey, Frank M. Waterman, A. R. Baldwin et al. · Nuclear Instruments and Methods · 1978 · 79 citations

High-energy Nuclear Reaction, Ne-102 Scintillators, Nuclear Physics +4