2x10 3
4x10 3
6x10 3
8x10 3
10 4
Kutateladze
Jens-Lottes
Kutateladze &
Ivey-Morris(DT sub =20K)
Thom
Heat flux ,
q [kW/m 2
]
Wall superheat, DT sat [K]
10
1
10
2
Before irradiation
q = 62.6º
After irradiation
q = 31.0º
Fig. 10.7 Boiling curve before and after γ-ray for ΔT sub ¼ 20 K
2x10 3
4x10 3
6x10 3
8x10 3
10 4
Kutateladze
Jens-Lottes
Kutateladze &
Ivey-Morris(DT sub = 40K)
Thom
Heat flux ,
q [kW/m
2
]
Wall superheat, DT sat [K]
10 1
10
2
Before irradiation
q = 61.5º
After irradiation
q = 35.7º
Fig. 10.8 Boiling curve before and after γ-ray for ΔT sub ¼ 40 K
102
D. Ito et al.
4x10 3
6x10 3
8x10 3
10 4
Kutateladze
Jens-Lottes
Kutateladze &
Ivey-Morris(DT sub =20K)
Thom
Heat flux ,
q [kW/m 2
]
Wall superheat, DT sat [K]
10
1
10
2
Before irradiation
q = 62.6º
After irradiation
q = 31.0º
Fig. 10.7 Boiling curve before and after γ-ray for ΔT sub ¼ 20 K
2x10 3
4x10 3
6x10 3
8x10 3
10 4
Kutateladze
Jens-Lottes
Kutateladze &
Ivey-Morris(DT sub = 40K)
Thom
Heat flux ,
q [kW/m
2
]
Wall superheat, DT sat [K]
10 1
10
2
Before irradiation
q = 61.5º
After irradiation
q = 35.7º
Fig. 10.8 Boiling curve before and after γ-ray for ΔT sub ¼ 40 K
102
D. Ito et al.