Image transcription text

d. Thermal utilization factor (1), b. Slowing down length, C. Thermal diffusion length, d. Migration area, e. Ky , f. Keff, and g.
Multiplication factor for the subcritical pile. (eqn. 37 or how big would the pile have to be to go critical with this fuel loading?

d. 

Thermal utilization factor (1),

 b. 

Slowing down length, 

C. 

Thermal diffusion length, 

d. 

Migration area,

 e. 

Ky , 

f. Keff, and 

g. Multiplication factor for the subcritical pile. (eqn. 37 or how big would the pile have to be to go critical with this fuel loading?

Transcribed Image Text:

a. b. Slowing down length, C. Thermal diffusion length, d. Migration area, e. f. g. (), Ky, Keff, and Multiplication factor for the subcritical pile. (eqn. 37 or how big would the pile have to be to go critical with this fuel loading? a. b. Slowing down length, C. Thermal diffusion length, d. Migration area, e. f. g. (), Ky, Keff, and Multiplication factor for the subcritical pile. (eqn. 37 or how big would the pile have to be to go critical with this fuel loading?