t

N(t)

N_0/2

\frac {N_0} 2

Zerfallskurve anzeigen

A2 = 0
N_0 = Point(yAxis)
t_H = Point(xAxis)
N_{1/2}: (x(t_H), y(N_0) / 2.0)
B2: y(N_0)
A3: A2 + x(t_H)
B3: B2 / 2.0
A4: A3 + x(t_H)
B4: B3 / 2.0
A5: A4 + x(t_H)
B5: B4 / 2.0
A6: A5 + x(t_H)
B6: B5 / 2.0
A7: A6 + x(t_H)
B7: B6 / 2.0
A8: A7 + x(t_H)
B8: B7 / 2.0
A9: A8 + x(t_H)
B9: B8 / 2.0
A10: A9 + x(t_H)
B10: B9 / 2.0
A11: A10 + x(t_H)
B11: B10 / 2.0
A12: A11 + x(t_H)
B12: B11 / 2.0
A13: A12 + x(t_H)
B13: B12 / 2.0
A14: A13 + x(t_H)
B14: B13 / 2.0
A15: A14 + x(t_H)
B15: B14 / 2.0
A16: A15 + x(t_H)
B16: B15 / 2.0
A17: A16 + x(t_H)
B17: B16 / 2.0
P_1: (A4, B4)
P_2: (A5, B5)
P_3: (A6, B6)
P_4: (A7, B7)
P_5: (A8, B8)
P_6: (A9, B9)
P_7: (A10, B10)
P_8: (A11, B11)
P_9: (A12, B12)
P_{10}: (A13, B13)
P_{11}: (A14, B14)
P_{12}: (A15, B15)
P_{13}: (A16, B16)
P_{14}: (A17, B17)
Liste1: {P_1, P_2, P_3, P_4, P_5, P_6, P_7, P_8, P_9, P_{10}, P_{11}, P_{12}, P_{13}, P_{14}}
a = Segment(t_H, N_{1/2})
b = Segment(N_{1/2}, (0.0, y(N_0) / 2.0))
A: (0.0, y(N_0) / 2.0)
c = Segment((0.0, y(A) / 2.0), P_1)
d = Segment(P_1, (x(P_1), 0.0))
e = Segment((0.0, y(A) / 4.0), P_2)
g = Segment((0.0, y(A) / 8.0), P_3)
h = Segment(P_3, (x(P_3), 0.0))
f(x) = y(N_0) * exp(log(0.5) / x(t_H) * x)
p = Function(f(x), 0.0, 15.0 * x(t_H))
i = false
j = Segment(P_2, (x(P_2), 0.0))