2. Problem 6.15: A homogeneous solution of 235U and H20 contains 10 g of 235U per liter of solution. Compute (a) the atom density of 235U and the molecular density of H2O; (b) the thermal utilization; (c) the thermal diffusion area and length; and (d) the infinite multiplication factor. [Ans. (a) N25 = 2.56 x 1019 atoms/cm3, (b) f = 0.441, (c) LT = 1.59 cm, and (d) ko= 0.911.]

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2. Problem 6.15: A homogeneous solution of 235U and H20 contains 10 g of 235U per liter of
solution. Compute (a) the atom density of 235U and the molecular density of H2O; (b) the
thermal utilization; (c) the thermal diffusion area and length; and (d) the infinite multiplication
factor. [Ans. (a) N25 = 2.56 x 1019 atoms/cm3, (b) f= 0.441, (c) LT = 1.59 cm, and (d) ko= 0.911.]
Transcribed Image Text:2. Problem 6.15: A homogeneous solution of 235U and H20 contains 10 g of 235U per liter of solution. Compute (a) the atom density of 235U and the molecular density of H2O; (b) the thermal utilization; (c) the thermal diffusion area and length; and (d) the infinite multiplication factor. [Ans. (a) N25 = 2.56 x 1019 atoms/cm3, (b) f= 0.441, (c) LT = 1.59 cm, and (d) ko= 0.911.]
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