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A new method was developed based on calculating the ahsorption coefficients, selfabsorption coefficients and transmission coefilcients of the gamma-photons emitted by different radioisotopes for evaluating gamma dose equivalent rates, at 1 meter from varions cylindrical radioactive solution sources utilized in medicine, in a biological tissue. Resnlts obtained were compared with data given in literatnre. The influence of the radioisotope half-life and gamma-photon energy and number of photons per disintegration on the gamma dose equivalent rate, effective dose and threshold initial activity of the considered solution sources was studied.

radioprotection

Determination of the gamma-ray effective dose from different cylindrical radioactive solution sources in a biological tissue by using Monte Carlo calculations