FOR ONLY ONE RADIOELEMENT (x)
ye
a
Ay
FOR TWO RADIOELEMENTS (x and y)
. KB, - KB,
A,B, - AB)
y= KA, - KoAy
~ “BAL=BoA,
BA,
BoAy
Zs
is
K, 1 (A,B,
(A,B, - A.B.)
A38, + K 2 (AzBy
AB, - AB
AyB3)
© (A583 = ASB) + Cy (A3B, - AVB3)
no theoretical
oO
ee
AoC)
B, (A,C,
fre
aT
et
(A 162
re
+
(B 1°2
Ag UB 12
~~
+
+
+
Oo
B,(A,C, - AC.) + Bo (A3C, - A,C3)
These equations are well
There
Ww
K (AC, - AZCa) + Ky (AZC,
~-
=
1
y
Ay(Bobs = Baba) +Ay (Baby ~ Biba)
i
=
+
K, (BoC, - B4C,) + K, (B,C, - B,C)
xX
+
FOR THREE RADIOELEMENTS (x, -y, and z)
Aye)
K, (A,B
12 - AoBy)
©, (A,B,
AoBy)
adapted for evaluation by digital
limit to the
number of
simultaneously evaluated in this manner.
radioelements which may be
The trick is in knowing beforehand
which radioelements are present in the specimen.
-13-
computers.