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Aerosol Science and Technology Volume 13, 1990 - Issue 1
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Original Articles

Measurements of Particle Deposition Rates Inside Southern California Museums

Mary P. Ligocki Environmental Engineering Science Department, California Institute of of Technology, Pasadena, CA, 91125
,
Harvey I. H. Liu Environmental Engineering Science Department, California Institute of of Technology, Pasadena, CA, 91125
,
Glen R. Cass Environmental Engineering Science Department, California Institute of of Technology, Pasadena, CA, 91125
&
Walter John Air and Industrial Hygiene Laboratory, California Department of Health Services, 2151 Berkeley Way, Berkeley, CA, 94704
Pages 85-101 | Received 10 Apr 1989, Accepted 20 Nov 1989, Published online: 08 Jun 2007

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Victor G. Mihucz, Aime Ruus, Jane Raamets, Lenka Wimmerová, Teresa Vera, Rossana Bossi & Kati Huttunen. (2022) A review of microbial and chemical assessment of indoor surfaces. Applied Spectroscopy Reviews 57:9-10, pages 817-889.
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Katherine Eremin, Stuart Adams & Jim Tate. (2000) Monitoring of deposited particle levels within the museum of Scotland: During and after construction. The Conservator 24:1, pages 15-23.
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T.L. Thatcher & W.W. Nazaroff. (1997) Effect of Small-Scale Obstructions and Surface Textures on Particle Deposition from Natural Convection Flow. Aerosol Science and Technology 27:6, pages 709-725.
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TracyL. Thatcher, WendyA. Fairchild & WilliamW. Nazaroff. (1996) Particle Deposition from Natural Convection Enclosure Flow Onto Smooth Surfaces. Aerosol Science and Technology 25:4, pages 359-374.
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Mindi Xu, Matty Nematollahi, RichardG. Sextro, AshokJ. Gadgil & WilliamW. Nazaroff. (1994) Deposition of Tobacco Smoke Particles in a Low Ventilation Room. Aerosol Science and Technology 20:2, pages 194-206.
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Heather Norville‐Day, JoyceH Townsend & Timothy Green. (1993) Degas pastels: Problems with transport and examination and analysis of materials. The Conservator 17:1, pages 46-55.
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WilliamW. Nazaroff, MaryP. Ligocki, Timothy Ma & GlenR. Cass. (1990) Particle Deposition in Museums: Comparison of Modeling and Measurement Results. Aerosol Science and Technology 13:3, pages 332-348.
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Articles from other publishers (25)

Ludmila Mašková, Jiří Smolík, Jakub Ondráček, Lucie Ondráčková, Tereza Travnickova & Jaromir Havlica. (2020) Air quality in archives housed in historic buildings: Assessment of concentration of indoor particles of outdoor origin. Building and Environment 180, pages 107024.
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William W Nazaroff & Charles J. Weschler. (2020) Indoor acids and bases. Indoor Air 30:4, pages 559-644.
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Hua Li, Tafeng Hu, Wenting Jia, Junji Cao, Suixin Liu, Rujin Huang, Tao Ma & Na Xi. (2015) Evaluation of Policy Influence on Long-Term Indoor Air Quality in Emperor Qin’s Terra-Cotta Museum, China. Atmosphere 6:4, pages 474-489.
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Willemien Anaf, László Bencs, René Van Grieken, Koen Janssens & Karolien De Wael. (2015) Indoor particulate matter in four Belgian heritage sites: Case studies on the deposition of dark-colored and hygroscopic particles. Science of The Total Environment 506-507, pages 361-368.
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Jiří Smolík, Ludmila Mašková, Naděžda Zíková, Lucie Ondráčková & Jakub Ondráček. (2013) Deposition of suspended fine particulate matter in a library. Heritage Science 1:1.
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Ursula E. A. Fittschen, Manfred Santen, Andreas Rehmers, Ilknur Durukan & Martin Wesselmann. (2012) Indoor Aerosol Determination with Respect to a Soiling Phenomenon in Private Residences. Environmental Science & Technology 47:1, pages 608-615.
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M. Schnell, C.S. Cheung & C.W. Leung. (2006) Investigation on the coagulation and deposition of combustion particles in an enclosed chamber with and without stirring. Journal of Aerosol Science 37:11, pages 1581-1595.
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David A. Olson & Janet M. Burke. (2005) Distributions of PM 2.5 Source Strengths for Cooking from the Research Triangle Park Particulate Matter Panel Study . Environmental Science & Technology 40:1, pages 163-169.
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Lynn G. SalmonPaul R. MayoGlen R. CassChristos S. Christoforou. (2005) Airborne Particles in New Museum Facilities. Journal of Environmental Engineering 131:10, pages 1453-1461.
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Glenn C. Morrison, Zhao Ping, Deborah J. Wiseman, Maneerat Ongwandee, Hong Chang, Julie Portman & Shekhar Regmi. (2003) Rapid measurement of indoor mass-transfer coefficients. Atmospheric Environment 37:39-40, pages 5611-5619.
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N. El-Hougeiri & M. El Fadel. (2016) Risk Assessment of Occupational Exposure to Environmental Tobacco Smoke Emissions. Indoor and Built Environment 11:2, pages 83-94.
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Christopher M. Long, Helen H. Suh, Paul J. Catalano & Petros Koutrakis. (2001) Using Time- and Size-Resolved Particulate Data To Quantify Indoor Penetration and Deposition Behavior. Environmental Science & Technology 35:10, pages 2089-2099.
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Eileen Abt, Helen H. Suh, Paul Catalano & Petros Koutrakis. (2000) Relative Contribution of Outdoor and Indoor Particle Sources to Indoor Concentrations. Environmental Science & Technology 34:17, pages 3579-3587.
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Leon M. Bellan, Lynn G. Salmon & Glen R. Cass. (2000) A Study on the Human Ability To Detect Soot Deposition onto Works of Art. Environmental Science & Technology 34:10, pages 1946-1952.
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Barbara J. Finlayson-Pitts & James N. PittsJr.Jr.. 2000. Chemistry of the Upper and Lower Atmosphere. Chemistry of the Upper and Lower Atmosphere 844 870 .
D Ford. (1999) Deposition rates of particulate matter in the internal environment of two London museums. Atmospheric Environment 33:29, pages 4901-4907.
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T. Schneider, J. Kildes & N.o. Breum. (1999) A two compartment model for determining the contribution of sources, surface deposition and resuspension to air and surface dust concentration levels in occupied rooms. Building and Environment 34:5, pages 583-595.
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Eric Gard, Joseph E. Mayer, Brad D. Morrical, Tas Dienes, David P. Fergenson & Kimberly A. Prather. (1997) Real-Time Analysis of Individual Atmospheric Aerosol Particles:  Design and Performance of a Portable ATOFMS. Analytical Chemistry 69:20, pages 4083-4091.
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Michael J. Kleeman, Glen R. Cass & Annmarie Eldering. (1997) Modeling the airborne particle complex as a source‐oriented external mixture. Journal of Geophysical Research: Atmospheres 102:D17, pages 21355-21372.
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Christos S. Christoforou, Lynn G. Salmon & Glen R. Cass. (1996) Fate of Atmospheric Particles within the Buddhist Cave Temples at Yungang, China. Environmental Science & Technology 30:12, pages 3425-3434.
Crossref
Annmarie Eldering, Glen R. Cass & K.C. Moon. (1994) An air monitoring network using continuous particle size distribution monitors: Connecting pollutant properties to visibility via Mie scattering calculations. Atmospheric Environment 28:16, pages 2733-2749.
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Christos S. Christoforou, Lynn G. Salmon & Glen R. Cass. (1994) Deposition of atmospheric particles within the Buddhist cave temples at Yungang, China. Atmospheric Environment 28:12, pages 2081-2091.
Crossref
Mary P. Ligocki, Lynn G. Salmon, Theresa Fall, Michael C. Jones, William W. Nazaroff & Glen R. Cass. (1993) Characteristics of airborne particles inside southern California museums. Atmospheric Environment. Part A. General Topics 27:5, pages 697-711.
Crossref
NL NagdaWW Nazaroff, AJ Gadgil & CJ Weschler. 1993. Modeling of Indoor Air Quality and Exposure. Modeling of Indoor Air Quality and Exposure 81 104 .
William W. Nazaroff & Glen R. Cass. (1991) Protecting museum collections from soiling due to the deposition of airborne particles. Atmospheric Environment. Part A. General Topics 25:5-6, pages 841-852.
Crossref

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