Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
Although enclosing hoods are often deemed the most effective type of hoods for industrial processes, there is little published research concerning enclosing hoods that are suitable for industrial conditions. Studies of laboratory hoods suggest that face velocity and the presence of a worker mannikin affect the level of contaminant reaching the face of the hood.
Student Research Project | July 12, 2012
Student Research Project | July 12, 2012
