. as Liquid Sodium moderator uranium is used 25.6 w/ in U-235 enriched uranium Comprises 37% of the average density of the volume of reactor Core. I Soduium, V- 235 and 238. thermal utilization Factor (f) number of netrons produced per absorbed neutrons (n) infinite multiplication factor (kos). Use the data listed. in the following table of(b) U255 U238 Soduim 0.005 ➜ M tr(b) da (b) 6.9 1.65 0.255 0.0008 6.9 3.3 Na 2.6 2.6 Density of ukanium = 18.6 g/cm², density of sodium = 0.97 NA = 6.02 x165 23 9/12 23 - fuel with
. as Liquid Sodium moderator uranium is used 25.6 w/ in U-235 enriched uranium Comprises 37% of the average density of the volume of reactor Core. I Soduium, V- 235 and 238. thermal utilization Factor (f) number of netrons produced per absorbed neutrons (n) infinite multiplication factor (kos). Use the data listed. in the following table of(b) U255 U238 Soduim 0.005 ➜ M tr(b) da (b) 6.9 1.65 0.255 0.0008 6.9 3.3 Na 2.6 2.6 Density of ukanium = 18.6 g/cm², density of sodium = 0.97 NA = 6.02 x165 23 9/12 23 - fuel with
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Transcribed Image Text:Liquid Sodium moderator uranium is used as
25.6 w/ in U-235 enriched uranium Comprises 37% of
fuel with
the volume of reactor core.
Soduium, V. 235, and 238, thermal utilization Factor (f)
find the average density of
number of netrons produced per absorbed neutrons (n)
infinite multiplication factor (ko). Use the data listed.
)
in the following table
of(b) otr (b)
1.4
6.9
U
0255
U 238
Soduim
0.005
O
23
NA = 6.02 x12³
6.9
>
3.3
M Na
Ja (b)
1.65
0.255
0.0008
Density of uxanium = 18.6 g/cm³, density of sodium = 0.97
g/cm²
= 23
υ
2,6
2.6
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