Photoneutron Production on HERMES III Using an Intense Bremsstrahlung Source

way that shows the relative importance of various spatial regions for producing electrons that contribute to that deposition. The radiation field from an intense reusable source of flash x-rays that delivers a measured peak dose and dose rate of 370+60 krad (CaF,) and (3.5k0.7) X lOI3 rad (CaF,)/s over a useful area of 80 cm2 is characterized. CaF,:Mn TLDs (thermoluminescent dosimeters), which are used to measure the dose field, are shown to be dose-rate independent within k 15% up to this level. Energy deposition in the CaF, TLD chip was analyzed according to the origin of the electrons responsible for that deposition with a new computational tool.

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Production and measurement of flash X-ray dose rates in excess of 10/sup 13/ RAD (CaF/sub 2/)/s

Sanford

Halbleib

Beutler

et al. 1991

IEEE Trans. Nucl. Sci.

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Photoneutron Production on HERMES III Using an Intense Bremsstrahlung Source

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Production and measurement of flash X-ray dose rates in excess of 10/sup 13/ RAD (CaF/sub 2/)/s

Production and measurement of flash X-ray dose rates in excess of 10/sup 13/ RAD (CaF/sub 2/)/s

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