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emilmammadzada
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- Hello everyone,
I am trying to calculate the atomic density (in atom/barn-cm) for borated water (750 ppm) at 300 K in the active core of a reactor. Could anyone guide me on the correct approach or provide a reference formula for this calculation?
Thanks in advance!
Hello everyone,
I am trying to calculate the atomic density (in atom/barn-cm) for borated water (750 ppm) at 300 K in the active core of a reactor. Could anyone guide me on the correct approach or provide a reference formula for this calculation?
I came across the following atomic densities (in atom/barn-cm) for borated water:
O-16.03c 3.323848e-01
O-17.03c 1.266139e-04
O-18.03c 6.830486e-04
H-1.03c 6.663122e-01
H-2.03c 7.663472e-05
B-10.03c 8.293027e-05
B-11.03c 3.338047e-04
I would like to understand how these atomic densities were calculated. Could someone provide a step-by-step explanation of the process?
Specifically, I am interested in: The formula used to compute atomic density.How the density of borated water (at a given temperature) is determined and converted to atomic density.The role of isotopic fractions in these calculations.
If possible, a numerical example demonstrating the calculations would be very helpful.
Thanks in advance!
I am trying to calculate the atomic density (in atom/barn-cm) for borated water (750 ppm) at 300 K in the active core of a reactor. Could anyone guide me on the correct approach or provide a reference formula for this calculation?
I came across the following atomic densities (in atom/barn-cm) for borated water:
O-16.03c 3.323848e-01
O-17.03c 1.266139e-04
O-18.03c 6.830486e-04
H-1.03c 6.663122e-01
H-2.03c 7.663472e-05
B-10.03c 8.293027e-05
B-11.03c 3.338047e-04
I would like to understand how these atomic densities were calculated. Could someone provide a step-by-step explanation of the process?
Specifically, I am interested in: The formula used to compute atomic density.How the density of borated water (at a given temperature) is determined and converted to atomic density.The role of isotopic fractions in these calculations.
If possible, a numerical example demonstrating the calculations would be very helpful.
Thanks in advance!