By Edward S. Macias, Philip K. Hopke, Chemical Congress of the North American
content material: New advancements in receptor modeling thought / S.K. Friedlander --
the appliance of issue research to city aerosol resource solution / Philip okay. Hopke --
Composition of resource elements wanted for aerosol receptor types / Glen E. Gordon, William H. Zoller, Gregory S. Kowalczyk, and Scott W. Rheingrover --
overview of the chemical receptor version of aerosol resource apportionment / John A. Cooper --
The cutting-edge of receptor versions referring to ambient suspended particulate subject to resources / John G. Watson, Ronald C. Henry, John A. Cooper, and Edward S. Macias --
Air particulate keep watch over approach improvement : a brand new strategy utilizing chemical mass stability tools / John E. center, Patrick L. Hanrahan, and John A. Cooper --
Chemical species contributions to mild scattering through aerosols at a distant arid website : comparability of statistical and theoretical effects / J.R. Ouimette, R.C. Flagan, and A.R. Kelso --
Aerosols from a laboratory pulverized coal combustor / D.D. Taylor and R.C. Flagan --
Elemental composition of atmospheric positive debris emitted from coal burned in a contemporary electrical strength plant built with a flue-gas desulfurization procedure / J.M. Ondov, A.H. Biermann, R.E. Heft, and R.F. Koszykowski --
resources and fates of atmospheric polycyclic fragrant hydrocarbons / Ronald A. Hites --
Atmospheric particulate natural subject : multivariate versions for deciding upon resources and estimating their contributions to the ambient aerosol / J.M. Daisey and T.J. Kneip --
an automatic thermal-optical process for the research of carbonaceous aerosol / Richard L. Johnson, Jitendra J. Shah, Robert A. Cary, and James J. Huntzicker --
Wintertime carbonaceous aerosols in l. a. : an exploration of the function of elemental carbon / M.H. Conklin, G.R. Cass, L.-C. Chu, and E.S. Macias --
Carbonaceous city aerosol : basic or secondary? / Lih-Ching Chu and Edward S. Macias --
Comparisons among size-segregated resuspended soil samples and ambient aerosols within the western usa / T.A. Cahill, L.L. Ashbaugh, R.A. Eldred, P.J. Feeney, B.H. Kusko, and R.G. Flocchini --
Aerosol composition on the subject of air mass events in north China / John W. Winchester, Michael Darzi, Alistair C.D. Leslie, Wang Mingxing, Ren Lixin, and Lü Weixiu --
assets of airborne calcium in rural valuable Illinois / Donald F. Gatz, Gary J. Stensland, Michael V. Miller, and Alistair C.D. Leslie --
The impact of Owens Dry Lake on air caliber within the Owens Valley with implications for the Mono Lake quarter / J.B. Barone, L.L. Ashbaugh, B.H. Kusko, and T.A. Cahill.
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Extra resources for Atmospheric Aerosol. Source/Air Quality Relationships
L o u i s data, the t a r g e t t r a n s f o r m a t i o n a n a l y s i s r e s u l t s f o r the f i n e f r a c t i o n without J u l y 4th and 5th a r e g i v e n i n t a b l e 6. The presence o f a motor v e h i c l e source, a s u l f u r source, a s o i l or f l y a s h source, a t i t a n i u m source, and a z i n c source a r e indicated. The s u l f u r , t i t a n i u m and z i n c f a c t o r s were determined from the simple i n i t i a l t e s t v e c t o r s f o r those elements.
The i n v e r s e of the square of the average experimental e r r o r , the v a r i a n c e of the elemental c o n c e n t r a t i o n s i n the data s e t , o r the error-weighted v a r i a n c e of the elemental c o n c e n t r a t i o n s . I f there i s t o be no weighting, the d i a g o n a l terms are simply s e t equal t o one. D e t a i l s of the d e r i v a t i o n of equation 2 i s g i v e n by Malinowski and Howery (20). While t r y i n g to r e s o l v e which sources are present i n the data, one s t a r t s with an i n i t i a l guess of the elemental composition of the source material.
Hunka, S. Some Empirical Results with Guttmans Stronger Lower Bound for the Number of Common Factors, Educational and Psychological Measurement, 1973, 33, 99. American Chemical Society Library 1155Aerosol; 16th Macias, St. ,W. ; ACS Symposium Series; Washington, American Chemical Washington, DC, 1981. D. Society: C. 20036 ATMOSPHERIC AEROSOL 48 16. ; Van Andel, T. H. Vector Analysis of Heavy-Mineral Data, Geological Soc. Amer. , 1964, 75, 1131. 17. Miesch, A. T. Q-Mode Factor Analysis of Geochemical and Petrologic Data Matrices with Constant Row-Sums, U.
Atmospheric Aerosol. Source/Air Quality Relationships by Edward S. Macias, Philip K. Hopke, Chemical Congress of the North American