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Applying the pulsed ion chamber methodology to full range reactor ...

Applying the pulsed ion chamber methodology to full range reactor ...

77; 78: PL V X + 50, Y -

77; 78: PL V X + 50, Y - 50; PLT X ~ 50, Y - 50; PLT X - 50, Y + 50; PIT X + 50, Y + 50, PEN "4"; A -; 4 - A; IF A -» 1 < RR12; FTO "2 ,: R12 < 1 -> R12; IF- Rl 2 0; GTO "9" SIP; END

REFERENCES 1. Popper, G. F. and Lipinski, W. C, "Wide Range Counting-Campbell ing Neutron Flux Detection System," ANL-7224 (1967). 2. Hat rev, J. M. and Becker! ey, J, 6., Nuclear Power Reactor Instrumentation Systems Handbook, Volume 1 and II," f.I.C, U.S.A. E.C. T1973T. 3. Spraque, K. E., "Nuclear Seeded He Plasma," Master's Thesis, University "of Florida (1966). 4. Markwell , F. A., "The Application en the Pulsed Ionization Chamber to Reactor Power Measurements," Master' s Thesis, University of Florida (1971). 5. Kaiser, B. J., "Pulsed Ion Chamber Wide Ranqe Radiation Field Monitor,' Masters Thesis, University of Florida (1975). 6. Heravi , I., "Steady State Density and Collection Systematics for Positive Ions in the Pulsed Ion Chamber," Master's Project, University of Florida (1976). 7. Cooper, J. L., "Gamma Compensated Pulsed Ionization Chamber," Master's Thesis, University of Florida (1972). 8. Sanders, G. H., "Gas Systems Development and PIC Measurements for Gas Kinetics Studies of He-N ? and He-Ne Mixtures," Master's Thesis, University of Florida (1972). 9. El Ms 3 W. H., "Gamma Compensated Pulsed Ionization Chamber Wide Range Neutron/Reactor Power Measurement System," U. S. Navy Patent Disclosure. Navy Case No. 57,010 (1973). 10. Shan, S. Kuo, Numerical Meth ods a nd Computers, Addison - Wesley, Reading, Massachusetts (1965)." 1 1 7 Loeb, L. 8., Basic Processes of Gaseo us Electronics , University of California P r e"s s , Be r k 1 ey , ( 1 9 6 1