ENVR 416 Aerosol Technology

		ENVR 416 Aerosol Technology (Managing the Microclimate: Critical Concepts)
Instructors David Leith send e-mail Maryanne Boundy send e-mail James Brown send e-mail Richard Kamens send e-mail David Nash send e-mail Jacky Rosati send e-mail Michael Tolocka send e-mail Background Information Class Schedule Class Policies Why Study Aerosols? Donora Fog of 1948 London Smog of 1952 Field Burning Dust from WTC Attack Peat bog fire photos Ode to a Particle Unknown Reference Materials Frank Chart Top Bottom Orig Gas Viscosities Log Probability Paper Psychrometric Chart Sieve Sizes Isaac Newton George Stokes Navier and Stokes Robert Millikan Adolph Fick Charles-Augustin de Coulomb Marian Smoluchowski Flow around sphere Flow separation at high Re Streamlining C_D vs. Re Plot Slip Factor spreadsheet Settling Velocity Tables Settling Eqns: non Stokes Tau spreadsheet Size Distribution Log Probability Paper Log Probability - Excel Diameter Conversions Parametrics Impactor Article by W. John Impactors by Marple and Willeke Andersen Calibration by Vaughn Cascade Impactor Spdsht Brownian motion Normal Distribution Diffusion Distances Adiabatic Expansion Spdsht Kamens Lectures Lecture Notes Jay's Theory Odum paper Pankow paper Kamens paper Light Scattering Scattering Program Rayleigh scattering Mie scattering calculator Scattering examples Rainbows Particle Charging Electrical Figures Agglomeration Laboratory Assignments On-line lab safety course Lab Time Reservations Microscopy Lab lecture notes Calibration Lab lecture notes Key to Effective Writing Homework Problems from the Book Additional Homework Rectilinear motion Statistics Curvilinear motion pictures Diffusion Past Quizzes Click here Last updated 11/14/08		*Text used in this course, available in the Medical Area Bookstore* Hinds, William C., Aerosol Technology, 2nd Ed., Wiley, New York, 1999. Errata sheet for the textbook Graduate School Listing: ENVR 416 Aerosol Technology (4). Prerequisite, admission to the Department of Environmental Sciences and Engineering, or permission of the instructor. Physical and chemical principles underlying behavior of particles suspended in air. Rectilinear and curvilinear motion of particles in a force field, diffusion, evaporation, and condensation, electrical and optical properties and particle coagulation. Three lecture hours a week, with several laboratory assignments. Fall. The objective of this course is to discuss aerosols, and their relationship to problems in environmental engineering, air pollution control, atmospheric chemistry and industrial hygiene. The course requires knowledge of calculus and college-level physics. At the left is a list of links that are relevant to this course. Note particularly the links to quizzes and exams given in previous years. If you have questions of any kind regarding the course or its contents, please raise them in class, send an e-mail, call, or come in to see Professor Leith at any time. *Notes*: Until fall 2001, this course was listed as ENVR 145 Until fall 2006, this course was listed as ENVR 116 Until fall 2004, this course was titled "Introduction to Aerosol Science"