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Investigation of parameters of a clinical dosimeter IDMD-1

I.V. Astakhova, E.V. Shirmer, В. Н. Павлов, І. Г. Тарутин, P. A. Chernyaev

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Abstract

A description of the dose and dose-rate meter, type IDMD-1 is given. The ionization chamber is intended for measuring exposure doses (from 1 to 1000 r) and the rate of the exposure dose (from 1 to 1000 r) of x-ray and gamma - radiation with energy from 10 to 1250 keV. The instrument error is 10 per cent. The dosimeter can be applied for phantom, and intracavitary measurements. The results of measurements of the energy characteristics of the dosimeter and effects of scattered radiation on the transformation assembly are presented. (auth)

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What this paper is about

A description of the dose and dose-rate meter, type IDMD-1 is given. The ionization chamber is intended for measuring exposure doses (from 1 to 1000 r) and the rate of the exposure dose (from 1 to 1000 r) of x-ray and gamma - radiation with energy from 10 to 1250 keV. The instrument error is 10 per cent. The dosimeter can be applied for phantom, and intracavitary measurements. The results of measurements of the energy characteristics of the dosimeter and effects of scattered radiation on the transformation assembly are presented. (auth)

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Available abstract

A description of the dose and dose-rate meter, type IDMD-1 is given. The ionization chamber is intended for measuring exposure doses (from 1 to 1000 r) and the rate of the exposure dose (from 1 to 1000 r) of x-ray and gamma - radiation with energy from 10 to 1250 keV. The instrument error is 10 per cent. The dosimeter can be applied for phantom, and intracavitary measurements. The results of measurements of the energy characteristics of the dosimeter and effects of scattered radiation on the transformation assembly are presented. (auth)

Key concepts: Dosimeter, Ionization chamber, Imaging phantom, Dose rate, Radiation, Dosimetry, Percentage depth dose curve, Ionizing radiation

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