Table Of Content

Author Index Adachi, M., 15:60 Graham, G. M., 15:69 Addison, S. R., 14:389 Guelta, M. A., 14:233 Alam, M. K., 15:69 Gundel, L. A., 14:25 Gutfinger, C., 14:201, 15:217 Bakanov, S. P., 15:77 Ball, L. M., 14:210 Han, R.-J., 15:184 Baltensperger, U., 14:447 Heitbrink, W. A., 14:112 Banks, D. O., 14:224 Her, J. Y., 14:157 Bar-Ziv, E., 14:127, 15:1 Hildemann, L. M., 14:138 Bar-Ziv, R. H., 14:127 Hillamo, R. E., 14:33 Baron, P. A., 14:112 Holm, J., 14:389 Behm, S. M., 14:434 Hopke, P. K., 14:82 Ben-Dor, G., 14:127 Hutchins, D. K., 14:389 Brockmann, J. E., 14:365 Buckley, T. J., 14:380 Itoh, M., 15:127 Burtscher, H., 14:66 Iwamoto, T., 15:127 Carlon, H. R., 14:233 Jaroszczyk, T., 15:149 Cass, G. R., 14:138 Jassim, J. A., 15:112 Chae, S., 14:177 John, W., 14:93, 165 Chen, Y. K., 14:343 Jones, M. C., 14:138 Cheng, M.-T., 14:74, 15:19, 30 Chughtai, A. R., 15:112 Kauppinen, E. I., 14:33 Clayton, A. C., 15:256 Kessler, M., 15:8 Kesten, J., 15:107 Daisey, J. M., 14:25 Khanna, R. K., 14:331 de Botton, G., 14:127, 15:1 Kim, C. S., 14:302, 322 Dirgo, J., 15:135 Kim, S. S., 14:157 Donovan, R. P., 15:256 King, L. C., 14:210 Knutson, E. O., 15:170 Ensor, D. S., 15:256 Kurowski, G. J., 14:224 Fang, C. P., 14:266 Landsheere, C., 14:257 Feldman, H., 15:135 Lawless, P. A., 15:256 Fichman, M., 14:201, 15:217 Lee, H. S., 14:177 Fissan, H. J., 14:358 Lee, K. W, 14:210 Flagan, R. C., 14:447 Lehtimaki, M., 15:208 Forney, L. J., 15:49 Leith, D., 15:8, 135 Freeman, N. C. G., 14:380 Lewis, C. W., 15:214 Fu, T.-H., 15:19, 30 Lewtas, J., 14:210 Liebhaber, F. B., 15:208 Garcia, L., 14:302, 322 Lin, Z.-C., 15:191 Gentry, J. W.,, 15:184 Lioy, P. J., 14:380 George, A. C., 15:170 Liu, B. Y. H., 15:36, 228, 239 Gerber, B. V., 14:233 Lucas, S. V., 14:210 Author Index Lucero, D. A., 14:365 Shaughnessy, E. J., 14:193 Shaw, D. T., 14:74, 15:19, 30 Malm, W. C., 14:459 Sloane, C. S., 14:289 Markowski, G. R., 14:138 Smith, D. M., 15:112 Marple, V. A., 14:266, 380, 434 Smolik, J., 14:406 Martsiano, Y., 14:127 Solomon, G. S., 14:193 McDermott, W. T., 14:278 Spurny, K., 15:179 McMurry, P. H., 14:48, 266 Stamatakis, P., 14:316 Melton, C. W., 14:210 Stedman, D. H., 15:112 Mondy, L. A., 14:365 Stober, J., 14:66 Munkelwitz, H. R., 15:201 Stolzenburg, M. R., 14:48, 278 Sutherland, R. A., 14:331 Naslund, E., 14:247 Natalie, C. A., 14:316 Takahashi, K., 15:127 Tang, I. N., 15:201 Ockovic, R. C., 14:278 Thaning, L., 14:247 Ondov, J. M., 15:156, 191 Tsai, C.-J., 14:102, 15:36, 239 Tu, K. W, 15:170 Palmer, B. R., 14:316 Tuncel, G., 15:156 Periasamy, R., 15:256 Turner, W. A., 14:380 Persha, G., 14:459 Peters, M. H., 14:418 Van Dingenen, R., 14:257, 15:93 Petersen, B. A., 14:210 Vanmarcke, H., 14:257 Peterson, J. H., 15:112 VaSakova, J., 14:406 Pich, J., 15:179 Pnueli, D., 14:201, 15:217 Waldman, J. M., 14:380 Poffijn, A., 14:257 Wang, H.-C., 14:93, 165 PortendG6rfer, J., 15:107 Wang, P. K., 15:149 Pui, D. Y. H., 14:102, 177, 15:36, 60, 239 Whitaker, S., 14:224 Wiedensohler, A., 14:358 Rader, D. J., 14:365 Wight, S. A., 15:191 Raes, F., 15:93 Willeke, K., 14:112, 15:208 Ramachandran, G., 15:135 Winklmayr, W,, 14:165 Ramamutrthi, M., 14:82 Wojcik, G. L., 14:177 Ranade, M. B., 15:184 Wolfenbarger, J. K., 14:348 Reineking, A., 15:107 Wong, F. C. H., 15:19 Reischl, G. P., 14:5 Rogak, S. N., 14:447 Xie, G.-W., 14:74, 15:30 Rogers, C. F., 14:289 Romay, F. J., 15:60 Yang, M., 14:74 Rood, M. J., 14:289 Ye, Y., 14:102, 177 Rubow, K. L., 14:266, 365, 434 Ying, R., 14:418 Yu, C. P., 14:343 Salisbury, C. LeCompte, 15:156 Yuill, W. A., 14:316 Schleicher, B., 14:66 Seinfeld, J. H., 14:348 Zhang, Z., 15:228 Title Index A Microorifice Uniform Deposit Impactor (MOUDI): on Size Cuts for Sulfuric Acid Droplets in the Description, Calibration, and Use, 14:434 Microorifice Uniform Deposit Impactor A Numerical Study of the Effect of a High Aerosol (MOUD)I), 14:266 Concentration on Impactor Performance, 14:157 Elastic Flattening and Particle Adhesion, 15:239 A Technique for Controllable Vapor-Phase Deposi- Electrodynamic Focusing of Charged Aerosol Parti- tion of 1-Nitro[!4C]pyrene and Other Polycyclic cles, 14:389 Aromatic Hydrocarbons onto Environmental Electrohydrodynamic Pressure of the Point-to-Plane Particulate Matter, 14:210 Corona Discharge, 14:193 A Turbulent-Brownian Model for Aerosol Coagula- Estimating the Variance in Solutions to the Aerosol tion, 14:201 Data Inversion Problem, 14:348 An Automated, Semicontinuous System for Measur- Experimental Characterization of Chain-Aggregate ing Indoor Radon Progeny Activity-Weighted Aerosol by Electrooptic Scattering, 14:74 Size Distributions, dp:0.5-500 nm, 14:82 Experimental Study of the Outside Vapor Deposition An Ultrafine Aerosol Condensation Nucleus Counter, Process, 15:69 14:48 Experimental Study of Thermodiffusiophoresis By Use of a Thermal Diffusion Cloud Chamber, Bipolar Charge Distributions of Aerosol Particles in 14:406 High-Purity Argon and Nitrogen, 14:358 Bipolar Diffusion Charging of Particles in Noble Filtration of Ultrafine Chain Aggregate Aerosols by Gases, 14:66 Nuclepore Filters, 15:30 Flow Measurement and Efficiency Modeling of Calibration, Intersampler Comparison, and Field Cyclones for Particle Collection, 15:8 Application of a New PM-10 Personal Air- Sampling Impactor, 14:380 Generation and Characterization of Ultrafine Chain Calibration of a TSI Model 3025 Ultrafine Condensa- Aggregate Aerosols, 15:19 tion Particle Counter, 15:107 Generation of Uniformly Sized, Charged Particles in Coincidence in Time-of-Flight Aerosol Spectrome- a Vacuum, 15:256 ters: Phantom Particle Creation, 14:112 Considerations in the Accuracy of a Long-Path Indoor Radon Progeny Aerosol Size Measurements in Transmissometer, 14:459 Urban, Suburban, and Rural Regions, 15:170 Counting Efficiency of an Improved 30-A Condensa- Influence of Turbulence on the Deposition Rate tion Nucleus Counter, 14:278 Constant of the Unattached Radon Decay Prod- Cyclone Optimization Based on a New Empirical ucts, 14:257 Model for Pressure Drop, 15:135 Interparticle and Particle-Surface Gas Dynamic Interactions, 14:418 Determination of the Condensation Accommodation Coefficient of Sulfuric Acid on Water-Sulfuric Laboratory Testing Method for PM-10 Samplers: Acid Aerosol, 15:93 Lowered Effectiveness from Particle Loading, Diffusion Deposition on a Fiber in Nontransverse 14:93 Flow, 14:224 Low-Cost Virtual Impactor for Large-Particle Ampli- Direction of Fluid Flow and the Properties of Fibrous fication in Optical Particle Counters, 15:208 Filters, 15:179 Measurement of Ambient Aerosols by the Differen- Effect of Flow-induced Relative Humidity Changes tial Mobility Analyzer Method: Concepts and 269 Title Index Realization Criteria for the Size Range Between Some Candidate Replacement Materials for Dioctyl 2 and 500 nm, 14:5 Phthalate in ““Hot Smoke” Aerosol Penetrome- Measurement of Mass Transfer Agglomerate Aero- ter Machines, 14:233 sols, 14:447 Spectroscopic and Solubility Characteristics of Oxi- Measurements of Aerosol Particle Size: Improved dized Soots, 15:112 Precision by Simultaneous Use of Optical Stage Response Calibration of the Mark III and Particle Counter and Nephelometer, 14:289 Marple Personal Cascade Impactors, 14:365 Submicrometer Aerosol Mass Distributions of Emis- On the Performance of the Berner Low Pressure sions from Boilers, Fireplaces, Automobiles, Impactor, 14:33 Diesel Trucks, and Meat-Cooking Operation, On the Settling Velocity in a Nonstationary Atmos- 14:138 phere, 14:247 Optical Properties of Organic-based Aerosols Pro- Tagging In-Stack Suspended Particles from a Coal- duced by Burning Vegetation, 14:331 fired Power Plant with an Enriched Isotopic Tracer, 15:191 Particle Deagglomeration and Reentrainment in a The Grazing Collision Angle of Aerosol Particles PM-10 Sampler, 14:165 Colliding with Infinitely Long Circular Cylin- Particle Deposition in Cyclic Bifurcating Tube Flow, ders, 15:149 14:302 The Motion of a Charged Particle in an Electrody- Particle Deposition in Cyclic Converging Tube Flow, namic Chamber, 14:127 14:322 The Motion of a Charged Particle in an Electrody- Particle Impaction in Axially Symmetric Supersonic namic Chamber Under Feedback Control, 15:1 Flow, 15:49 Theoretical and Experimental Particle Size Response Particle Transmission Characteristics of an Annular of Wafer Surface Scanners, 14:177 Denuder Ambient Sampling System, 14:102 Theoretical Study on the Stability Characteristics of a Performance of TSI 3760 Condensation Nuclei Quadrupole Cell, 15:127 Counter at Reduced Pressures and Flow Rates, Thermophoresis in Gases at Small Knudsen Num- 15:228 bers, 15:77 Thomas Gary Dzubay, 15:214 Rate of Unipolar Charging of Ultrafine Thin Platelets, Tracing the Sources of Indoor Aerosols Using 15:184 Evolved Gas Analysis, 14:25 Research Needs in Aerosol Processing, 14:316 Ultrafine Particle Generation at High Liquid Flow Sedimentation of Fibers from Laminar Flows in a Rates with Commercial Two-Fluid Nozzles, Horizontal Circular Duct, 14:343 15:156 Shadow Effect and Filtration Efficiency of a Granular- Unipolar Diffusion Charging of Aerosol Particles at Bed Filter, 15:217 Low Pressure, 15:60 Simultaneous Determination of Refractive Index and Density of an Evaporating Aqueous Solution Wear Particle Generation in Thin Film Computer Droplet, 15:201 Disk Drives: Experimental Study, 15:36