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KN. Dahiya R. el al. Effect of thermal variables on human beast cancer in cryosurgery. Breast Cancer Res Treat 1999:53:185-192. (9)Yang Wit Lao ST, Shen SY. et al. The speed of ice groMh as an important indicator in cryosiegery. J Urol 2004:172:345.348. (10) Seifert JK. Gerharz D. Hanes F.. et atA pig m

JC, Sandison GA. Muidrew K. et al.Amodel for the lime dependent threedimensicoal thermal distribution with iceballs surrounding multiple coopittes. Med Phys 200128:11221137. (18) Miller WI Mama P. Survival frozea•thawed human red cells as a function of cooling and warning velocities. Cryobiology 1978:13

N. Dahiya R. el al. Effect of thermal variables on human breast cancer in ayo%wgery. Breast Cancer Res Treat 1999;53; 185-192. (9) Yang WH. Liao ST. Shen SY. et al. The speed of ice growth as an important indicator in cryosurgery. J Urd 2004:172:345-348. (10) Seifert 3K. Gaeta., CD. Mattes F.. el al.A pi

C. Sandison GA. Muldrew K. el al. A model for the lime dependent three-dimensional thermal dstnbuition within :abatis surrounding muliple cryoprobes. Med Phys 2001:Z1125- 1137. (18) Miller RH. Mazur P. Strand of Frozen•thawed human red cells as a function of cooling and yearning velocities. Cryobiology 197

Dahlye R. et al. Effect of thermal variables on human breast cancer in cryosurgery. Breast Cancer Res Treat 1999;53: 185-192. [9] Yang WH, Liao ST, Shen SY. et al. The speed of ice growth as an important indicator in cryosurgery. J Urol 2004:172:345-348. [10] Seifert JK. Gerharz CD, Mattes F, et al. A p

ndison GA. Muldrevv K. et al. A model for the time dependent three-dimensional thermal distribution within iceballs surrounding multiple cryoprobes. Med Phys 2001:28:1125-1137. [18] Miler RH, Mazur P. Survival of frozen-thawed human red cells as a function of cooling and warming velocities. Cryobiology 1