TAILIEUCHUNG - Museum Collections Environment

Waste incinerators fall somewhere between the two categories of incidental and deliberate emissions. Similar to a coal plant, they burn a feedstock — in this case garbage — and mercury is released as an incidental emission. The difference is that most of the incidental emissions from waste incinerators are a result of mercury that is deliberately put into products. These may include fluorescent lamps, old batteries, dental office waste, electrical switches or thermostats. Some of the mercury emitted by incinerators may be incidentally released from the burning of organic matter, including paper and yard waste, although much of this waste in Canada is separated from the waste stream and recycled. There are. | Museum Collections Environment Chapter 4 Museum Collections Environment A. 1 What information will I find in this chapter .4 1 Who should read this chapter .4 1 What are the agents of deterioration that affect the museum environment .4 1 B. Developing the Critical 3 What is the critical eye .4 3 What kinds of materials will I find in a museum collection .4 4 What is deterioration .4 5 What is chemical deterioration .4 6 What is physical deterioration .4 6 What is inherent vice .4 7 Why is it important to understand the environmental agents of deterioration and how to monitor them .4 8 C. 9 What is temperature .4 9 How does temperature affect museum collections .4 9 D. Relative 9 What is relative humidity RH .4 9 What is the psychrometric chart .4 10 How do organic objects react with relative humidity .4 13 What deterioration is caused by relative humidity .4 13 What are the recommendations for relative humidity control .4 13 E. Monitoring and Controlling Temperature and Relative 14 Why should I monitor temperature and relative humidity .4 14 What kind of monitoring equipment should I have .4 15 How do I maintain a hygrothermograph .4 18 How do I read a hygrothermograph chart or datalogger graph .4 22 How do I use the hygrothermograph or datalogger data .4 23 How do I organize and summarize the data from my hygrothermograph charts or datalogger graphs .4 23 How do I summarize long-term data .4 28 How do I control temperature and relative humidity .4 29 What are humidistatically controlled heating and ventilation systems .4 33 What is the time-weighted preservation index TWPI .4 33 F. 33 What is light .4 34 What are the standards for visible light levels .4 35 G. Monitoring and Controlling 37 How do I monitor light levels .4 37 How do I improve the lighting to minimize damage to objects on exhibit or in storage .4 38 How do I limit light damage from research use .4 39 How do I fill out the Light and

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