A Moment Method for Evaporation Using a Logarithmic Size Distribution with the Smallest Size

Figures & data

TABLE 1 Initial conditions

	q	D 0	σ0
	−	μm	−
Test I	−1	0.02	1.20	N 0 = 1.00 × 10^7 cm^− 3	LND
Test II	−1	0.02	1.80	N 0 = 1.00 × 10^7 cm^− 3	LND
Test III	−1	0.6	1.20	N 0 = 1.00 × 10^7 cm^− 3	LND
Test IV	−1	0.6	1.80	N 0 = 1.00 × 10^7 cm^− 3	LND
Test V	−4	0.02	1.20	V 0 = 1.00 μm^− 3 cm^− 3	VLND
Test VI	−4	0.02	1.80	V 0 = 1.00 μm^− 3 cm^− 3	VLND
Test VII	−4	0.04	2.10	V 0 = 1.00 μm^− 3 cm^− 3	VLND

TABLE 2 Experimental conditions

		dt	JMAX
	A	s	−
Test I	A FM = −1.00 × 10^− 8 in [19]	0.4	92
Test II	A FM = −1.00 × 10^− 8 in [19]	0.4	92
Test III	A CO = −1.00 × 10^− 13 in [20]	4.	112
Test IV	A CO = −1.00 × 10^− 13 in [20]	4.	112
Test V	A FM = −1.00 × 10^− 8 in [19]	0.4	92
Test VI	A FM = −1.00 × 10^− 8 in [19]	0.4	92
Test VII	A FM = −1.00 × 10^− 8 in [19]	0.4	92

FIG. 1 Size distributions for (a) Test I and (b) Test II.

FIG. 2 Time histories of N and V for (a) Test I and (b) Test II.

FIG. 3 Size distributions for (a) Test III and (b) Test IV.

FIG. 4 Time histories of N and V for (a) Test III and (b) Test IV.

FIG. 5 Size distributions for (a) Test V and (b) Test VI.

FIG. 6 Time histories of N and V for (a) Test V and (b) Test VI.

FIG. 7 Size distributions for Test VII.

FIG. 8 Time histories of N and V for Test VII.

FIG. 9 Sensitivities of N and V to time step size in (a) Test I and (b) Test III.