protection of metallic monuments from biodeterioration · from biodeterioration ralph mitchell...

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National Center for Preservation Technology and Training Technology Serving the Future of America’s Heritage www.ncptt.nps.gov/products © 2008 NCPTT Protecon of Metallic Monuments from Biodeterioraon Ralph Mitchell School of Engineering and Applied Sciences Harvard University Image by Earl - What I Saw 2.0 on Flickr Image by Vicki & Chuck Rogers on Flickr

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Page 1: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly

National Center for Preservation Technology and TrainingTechnology Serving the Future of America’s Heritage

www.ncptt.nps.gov/products© 2008 NCPTT

Protection of Metallic Monuments from Biodeterioration

Ralph MitchellSchool of Engineering and Applied Sciences

Harvard University

Image by Earl - What I Saw 2.0 on FlickrImage by Vicki & Chuck Rogers on Flickr

Page 2: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 3: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 4: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 5: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 6: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 7: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 8: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 9: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 10: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 11: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 12: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 13: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 14: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 15: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 16: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 17: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly
Page 18: Protection of Metallic Monuments from Biodeterioration · from Biodeterioration Ralph Mitchell School of Engineering and Applied Sciences ... INTRODUCTION Outdoor metals are highly