Collection of Aerosol Particles by a Conducting Sphere in an ...

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lo-‘-11 o-6F10-G3-l-& ,*,,2., , ,,,,5.t ,,,,.Ol),,,, 2., ,#(,( 5., ,,(,.l, ,*,,8., (,,*I5.(jjRRDIUS OF PRRTICLE (MICRONS1FIG. 10. Same as Fig. 9 except for E0 = 500 V/cm.10.OOl 2. 5. .Ol 2. 5. .l 2.0I10-l 11 o-2 110-3 1.\ r////g..--10-4 1RADIUS OF PARTICLE IMICRONS)FIG.11. Same as Fig. 9 except for I& = 1000 V/cm.Journal ofCoNoid and InterSace Science, Vol. 94, No. 2, August 1983312
II , ,(, , 1,, , , (,,;...OOl 2. 5. .Ol 2. 5. .l 2. 5.RRDIUS OF PRRTICLE (MICRONS1FIG. 12. Same as Fig. 9 except for & = 2000 V/cm.1 -110-l1 o-210-a-4FIG.RRDIUS OF PRRTICLE (MICRONS113. Same as Fig. 9 except for ECJ = 3000 V/cm.313Journal of Co/hid and Interface Science, Vol. 94, No. 2, August 1983
Page 1 and 2: Collection of Aerosol Particles by
Page 4 and 5: 304 PAO-KUAN WANGwherezero everywhe
Page 6 and 7: 306 PAO-KUAN WANGdnBi% ‘33s I=a &
Page 8 and 9: 308 PAO-KUAN WANG1o .OOl 2. 5. .Ol-
Page 10 and 11: 1o .OOl 2. 6. .Ol 2. 5. .l 2. 5.I -
Page 14 and 15: 314 PAO-KUAN WANGRROIUS OF PRRTICLE
Page 16 and 17: 316 PAO-KUAN WANG- 10-i \1o-6 I I I
Page 18: 318 PAO-KUAN WANGACKNOWLEDGMENTThe

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