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Page Title:
Appendix C -MATHCAD Definitions and Subordinates cont'd |
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|  DOE-HDBK-1184-2004
Note that a dosimetric source organ may consist of more than one biokinetic compartment. For
example, the number of decays on the surfaces of ET2 is the sum of the decays in the ET2 and
TET2 biokinetic compartments.
= Decays(ET1)
U
sET1sur
= Decays(ET2) + Decays(TET2)
U
sET2sur
= Decays(ETseq) + Decays(TETseq)
U
sET2seq
= Decays(BB2) + Decays(TBB2)
U
sBBsol
= Decays(BB1) + Decays(TBB1)
U
sBBgel
= Decays(BBseq) + Decays(TBBseq)
U
sBBseq
= Decays(bb2) + Decays(Tbb2)
U
sbbsol
= Decays(bb1) + Decays(Tbb1)
U
sbbgel
= Decays(bbseq) + Decays(Tbbseq)
U
sbbseq
a = Decays(TAI2) + (Decays(AI3) + Decays(TAI3))
b = Decays(AI1) + Decays(TAI1) + Decays(AI2)
=a+b
U
sAI
= Decays(LNet) + Decays(TLNet)
U
sLNet
= Decays(LNth) + Decays(TLNth)
U
sLNth
= Decays(S)
U
sS
= Decays(SI)
U
sSI
= Decays(ULI)
U
sULI
= Decays(LLI)
U
sLLI
= Decays(bladder)
U
sUBcont
= Decays(obt) + Decays(hto) + Decays(blood)
U
sTissue
In summary, the decays in the source organs are given in array U:
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