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[en] A system of reduced differential equations generally valid for plane-parallel, cylindrical, and spherical ionization chambers filled with air, which is appropriate for numerical solution, has been derived. The system has been solved for all three geometries. The comparison of the calculated results of Armstrong and Tate, for plane-parallel ionization chambers, and Sprinkle and Tate, for spherical ionization chambers, with the present calculations has shown a good agreement. The calculated values for ionization chambers filled with CO2 were also in good agreement with the experimental data of Moriuchi et al (author)
Source
1998; 4 p; Society for Electronics,Telecommunications, Computers, Automation, and Nuclear Engineering, Belgrade; Belgrade (Yugoslavia); 42. Conference - ETRAN '98: Society for Electronics, Telecommunications, Computers, Automation, and Nuclear Engineering; ETRAN '98: 42. Konferencija za elektroniku, telekomunikacije, racunarstvo, automatiku i nuklearnu tehniku; Vrnjacka Banja (Yugoslavia); 2-5 Jun 1998; ISBN 86-80509-28-0; 
; Also available from Institute of Nuclear Sciences VINCA; 13 refs, 6 figs. This record replaces records 29062691
; Also available from Institute of Nuclear Sciences VINCA; 13 refs, 6 figs. This record replaces records 29062691