Corrigendum

Figures & data

Fig. 13. Schematic of time-dependent tritium inventory model with parameters described in Table XII.

TABLE XII Tritium Inventory Model Parameters

Parameter	Description	Value
	T burn rate in plasma^Table Footnotea	9.38 × 10^19 s^−1
Λ	TBR^Table Footnotea	1.12
T1	Residence time in blanket^Table Footnoteb	10 days
T2	Residence time in T processing^Table Footnoteb	1 day
ε	Nonradioactive loss in processing^Table Footnoteb	0.1%
λ	T decay constant	1.7841 × 10^−9 s^−1
f	T leakage from blanket and other nonradioactive loss^Table Footnoteb	1.1%
β	T burn fraction in plasma^Table Footnoteb	5%
I1	Steady-state T inventory in blanket^Table Footnotec	0.45 kg
I2	Steady-state T inventory in processing^Table Footnotec	0.81 kg
I3 (1 year)	T inventory in storage^Table Footnotec after 1 year	1.32 kg
I0	Required startup inventory^Table Footnotec	1.1 kg (excluding minimum inventory)
Imin	Minimum inventory	1.6 kg

a ERANOS (Ref. 26).

b Previous analysis.⁵³

c Equations (5)(5) and Fig. 12.

Fig. 14. Tritium inventories in the blanket, processing systems, and storage containment for 1 year after startup.