Biomedical Engineering Reference
In-Depth Information
Table 9.2 (continued)
TM
mass
units
Ratio NISM to
ISM (LPM to
SPM)
Ratio
(LPM to
SPM)
ISM
(LPM + SPM)
mass units
LPM mass
units
SPM mass
units
Scenario
Baseline
100
65:35 (50:50)
17.5
17.5
1.00
35.0
3.
Equivalent
ratio and
increased
ISM
90
25:75 (50:50)
33.75 (
↑
)
33.75 (
↑
)
1.00 (
≈
)
67.5 (
↑
)
60:40 (50:50)
18.0 (
↑
)
18.0 (
↑
)
36.0 (
↑
)
100
25:75 (50:50)
37.5 (
↑
)
37.5 (
↑
)
1.00 (
≈
)
75.0 (
↑
)
60:40 (50:50)
20.0 (
↑
)
20.0 (
↑
)
40.0 (
↑
)
110
60:40 (50:50)
22.0 (
↑
)
22.0 (
↑
)
1.00 (
≈
)
44.0 (
↑
)
65:35 (50:50)
19.25 (
↑
)
19.25 (
↑
)
38.5 (
↑
)
4.
Equivalent
ratio and
decreased
ISM
90
65:35 (50:50)
15.75 (
↓
)
15.75 (
↓
)
1.00 (
≈
)
31.5 (
↓
)
75:25 (50:50)
11.25 (
↓
)
11.25 (
↓
)
22.5 (
↓
)
100
70:30 (50:50)
15.0 (
↓
)
15.0 (
↓
)
1.00 (
≈
)
30.0 (
↓
)
75:25 (50:50)
12.5 (
↓
)
12.5 (
↓
)
25.0 (
↓
)
110
70:30 (50:50)
16.5 (
↓
)
16.5 (
↓
)
1.00 (
≈
)
33.0 (
↓
)
75:25 (50:50)
13.75 (
↓
)
13.75 (
↓
)
27.5 (
↓
)
5.
Increased
ratio and
increased
ISM
90
40:60 (55:45)
29.7 (
↑
)
24.3 (
↑
)
1.22 (
↑
)
54.0 (
↑
)
60:40 (60:40)
21.6 (
↑
)
14.4 (
↓
)
1.50 (
↑
)
36.0 (
↑
)
100
40:60 (55:45)
33.0 (
↑
)
27.0 (
↑
)
1.22 (
↑
)
60.0 (
↑
)
60:40 (60:40)
24.0 (
↑
)
16.0 (
↓
)
1.50 (
↑
)
40.0 (
↑
)
110
40:60 (60:40)
39.6 (
↑
)
26.4 (
↑
)
1.50 (
↑
)
66.0 (
↑
)
60:40 (60:40)
26.4 (
↑
)
17.6 (
↓
)
1.50 (
↑
)
44.0 (
↑
)
6.
Decreased
ratio and
decreased
ISM
90
65:35 (40:60)
12.6 (
↓
)
18.9 (
↑
)
0.7 (
↓
)
31.5 (
↓
)
75:25 (45:55)
10.1 (
↓
)
12.4 (
↓
)
0.8 (
↓
)
22.5 (
↓
)
100
70:30 (40:60)
12.0 (
↓
)
18.0 (
↑
)
0.7 (
↓
)
30.0 (
↓
)
75:25 (45:55)
11.2 (
↓
)
13.8 (
↓
)
0.8 (
↓
)
25.0 (
↓
)
110
70:30 (40:60)
13.2 (
↓
)
19.8 (
↑
)
0.7 (
↓
)
33.0 (
↓
)
75:25 (45:55)
12.4 (
↓
)
15.1 (
↓
)
0.8 (
↓
)
27.5 (
↓
)
7.
Decreased
ratio and
increased
ISM
90
50:50 (40:60)
18.0 (
↑
)
27.0 (
↑
)
0.7 (
↓
)
45.0 (
↑
)
60:40 (45:55)
16.2 (
↓
)
19.8 (
↑
)
0.8 (
↓
)
36.0 (
↑
)
100
50:50 (40:60)
20.0 (
↑
)
30.0 (
↑
)
0.7 (
↓
)
50.0 (
↑
)
60:40 (45:55)
18.0 (
↓
)
22.0 (
↑
)
0.8 (
↓
)
40.0 (
↑
)
110
60:40 (40:60)
17.6 (
≈
)
26.4 (
↑
)
0.7 (
↓
)
44.0 (
↑
)
65:35 (45:55)
17.3 (
↓
)
21.2 (
↑
)
0.8 (
↓
)
38.5 (
↑
)
8.
Increased
ratio and
decreased
ISM
90
65:35 (55:45)
17.3 (
↓
)
14.2 (
↓
)
1.22 (
↑
)
31.5 (
↓
)
70:30 (60:40)
16.2 (
↓
)
10.8 (
↓
)
1.50 (
↑
)
22.5 (
↓
)
100
70:30 (55:45)
16.5 (
↓
)
13.5 (
↓
)
1.22 (
↑
)
30.0 (
↓
)
75:25 (60:40)
15.0 (
↓
)
10.0 (
↓
)
1.50 (
↑
)
25.0 (
↓
)
110
70:30 (55:45)
18.2 (
↓
)
14.8 (
↓
)
1.22 (
↑
)
33.0 (
↓
)
75:25 (60:40)
16.5 (
↓
)
11.0 (
↓
)
1.50 (
↑
)
27.5 (
↓
)
coming to a conclusion concerning the overall robustness of the EDA principle, an
evaluation of their likelihood has to take place, and this step requires an in-depth
analysis of the physical processes that operate on aerosol particles once they are
created by operation of the OIP.
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