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Radon exhalation rates were measured from building materials  on the Garyounis University campus by using the can technique,  containing CR-39, to estimate the radiation exposure in the  atmosphere.  The radon concentration from brick walls, marble ledges,  and ceramic floors was found to vary from 107.8 \pm 3.6 to 277.9 \pm  9.3 Bq m-3 with a mean of 172 \pm 5.8 Bq m-3, 100.0 \pm 3.3 to  298.7 \pm 10.0 Bq m-3 with a mean of 174.5 \pm 5.8 Bq m-3, and  87.0 \pm 2.9 to 275.3 \pm 9.2 Bq m-3 with a mean of 145.1 \pm 4.9  Bq m-3, respectively.  The average radon exhalation rate from the  brick walls and marble ledges showed approximately the same value,  which was higher than that of the ceramic floors by more than 15{%}.  The levels of radon concentrations caused by these construction  materials in 15 work places were found to be relatively low, giving an  annual exposure dose within the internationally recommended range.

Evaluating the effects of chitosan, plant oils, and different diets on rumen metabolism and protozoan population in sheep