Table 5.1
Bubble number (N) and theoretical parameters of Eq. 5.2, predicted under the experimental conditions of Pétrier and Francony (1997) and Jiang et al.
(2006). Reprinted with permission from (Merouani et al. 2014a)
Frequency (kHz)
Rate of H
2 O
2 production, r
H2O2 (μM/min)
Single bubble yield
Number of bubbles
N (L
À1
s
À1
)
Pétrier and Francony
Jiang et al.
n
ÁOH n
n
HO2
Á
n H2O2
Pétrier and Francony Jiang et al.
20
0.7
1.1
3.09 0 10
À12
1.04
 10
À13
8.95
 10
À15
7.2705
 10
3
1.1425
 10
4
200
5
5.2
3.06
 10
À14
1.09
 10
À15
8.52
 10
À17
5.2249
 10
6
5.4339
 10
6
500
2.1
3
1.80
 10
À15
6.49
 10
À17
5.19
 10
À18
3.7309
 10
7
5.3299
 10
7
800
1.4
2
7.01
 10
À16
2.53
 10
À17
2.02
 10
À18
6.3908
 10
7
9.1297
 10
7
156
S. Merouani and O. Hamdaoui
Bubble number (N) and theoretical parameters of Eq. 5.2, predicted under the experimental conditions of Pétrier and Francony (1997) and Jiang et al.
(2006). Reprinted with permission from (Merouani et al. 2014a)
Frequency (kHz)
Rate of H
2 O
2 production, r
H2O2 (μM/min)
Single bubble yield
Number of bubbles
N (L
À1
s
À1
)
Pétrier and Francony
Jiang et al.
n
ÁOH n
n
HO2
Á
n H2O2
Pétrier and Francony Jiang et al.
20
0.7
1.1
3.09 0 10
À12
1.04
 10
À13
8.95
 10
À15
7.2705
 10
3
1.1425
 10
4
200
5
5.2
3.06
 10
À14
1.09
 10
À15
8.52
 10
À17
5.2249
 10
6
5.4339
 10
6
500
2.1
3
1.80
 10
À15
6.49
 10
À17
5.19
 10
À18
3.7309
 10
7
5.3299
 10
7
800
1.4
2
7.01
 10
À16
2.53
 10
À17
2.02
 10
À18
6.3908
 10
7
9.1297
 10
7
156
S. Merouani and O. Hamdaoui
