1966
DOI: 10.1097/00004032-196611000-00009
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Application a La Dosimetrie Pratique Des Rayons Gamma Et Des Neutrons Rapides De Chambres DʼIonisation Remplies DʼUn Liquide Dielectrique

Abstract: R6sum6-L~~ chambres d'ionisation cylindriques remplies d'hexane liquide constituent des dosimktres stables, de grand volume sensible. Le courant d'ionisation est une fonction lintaire du debit de la dose absorbte dans le liquide. La sensibilitk actuelle est de 5 . lo-' rad/sec. Abstract-Cylindrical ionization chambers filled with liquid n-hexane, are stable dosimeters with a large sensitive volume. The ionization current is a linear function of the dose rate absorbed in the liquid. The sensitivity is 5 . lo-' … Show more

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Cited by 4 publications
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“…high pressure tissue equivalent ionization chambers, where initial recombination is present can be used to predict LET (Zielczynski and Golnik 1994, Golnik et al 2004, 2007. Blanc et al (1965) used liquid ionization chambers (LICs) and developed an experimental method to distinguish between radiation qualities with differences in LET. This method was later used by several authors (Ladu and Pelliccioni 1966, Charalambus 1967, Nakayama and Kawano 1970, Bednarek et al 1976, Chu et al 1980.…”
Section: Introductionmentioning
confidence: 99%
See 1 more Smart Citation
“…high pressure tissue equivalent ionization chambers, where initial recombination is present can be used to predict LET (Zielczynski and Golnik 1994, Golnik et al 2004, 2007. Blanc et al (1965) used liquid ionization chambers (LICs) and developed an experimental method to distinguish between radiation qualities with differences in LET. This method was later used by several authors (Ladu and Pelliccioni 1966, Charalambus 1967, Nakayama and Kawano 1970, Bednarek et al 1976, Chu et al 1980.…”
Section: Introductionmentioning
confidence: 99%
“…alpha-particles versus gamma rays, neutrons versus gamma rays etc. In the present work, the method proposed by Blanc et al (1965) is refined in order to resolve small differences in LET, and evaluated as an indirect way to determine LET in electron and photon beams.…”
Section: Introductionmentioning
confidence: 99%