Difference between revisions of "Cf-252 FTC-CFZ-431"

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4.2 <math>\mu g</math> would generate <math>9.67 \times 10^{6}</math> neutrons per second. The discrepancy between these two numbers gives a 2% error.  
 
4.2 <math>\mu g</math> would generate <math>9.67 \times 10^{6}</math> neutrons per second. The discrepancy between these two numbers gives a 2% error.  
  
Click [[252_rates_table|here]] to open a table giving neutron rates and cf252 activity of the source from dates 1/2017 to 12/2029. The calculation only includes neutrons from CF-252, since all other daughter nuclei and possible impurities have a very low SF rate compared to cf-252.  
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Click [[Cf-252 rates table|here]] to open a table giving neutron rates and cf252 activity of the source from dates 1/2017 to 12/2029. The calculation only includes neutrons from CF-252, since all other daughter nuclei and possible impurities have a very low SF rate compared to cf-252.  
  
  
 
[[2nCor 44|Go back]]
 
[[2nCor 44|Go back]]

Revision as of 00:49, 28 December 2016

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Overview

An official document for the CF-252 source with serial number FTC-CFZ-431 provides a value for the neutron rate and CF-252 mass as of 03/19/1993.

The initial neutron rate and mass of cf-252 are stated to be [math]10^{7}s^{-1}[/math] and 4.2[math]\mu g[/math], respectively.

4.2 [math]\mu g[/math] would generate [math]9.67 \times 10^{6}[/math] neutrons per second. The discrepancy between these two numbers gives a 2% error.

Click here to open a table giving neutron rates and cf252 activity of the source from dates 1/2017 to 12/2029. The calculation only includes neutrons from CF-252, since all other daughter nuclei and possible impurities have a very low SF rate compared to cf-252.


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