This compressed file contains the GIS files used for the DRAP project in shape file format. There is a Documentation folder with a ReadMe file that contains information about opening the documents as well as notes on their creation and conversion.
There is a file included that will allow opening all of the files in ArcMap (v 10.1 tested) and QGIS (v 2.4 tested) but the data files themselves can be opened in whatever GIS software one chooses that can read ESRI shape file format.
A raw dataset produced using the clot on a suture experimental set up in the Holland lab (previously published in Bader 2015 & other articles). Data gathered and further analyzed using MATLAB 2012b.
A raw dataset produced using the clot on a suture experimental set up in the Holland lab (previously published in Bader 2015 & other articles). Data gathered and further analyzed using MATLAB 2012b.
Subject index to Architectural Senior Theses, 1979-1983, submitted to the School of Architecture, College of Design, Architecture and Art. Index terms include: Commercial, Community Planning, Cultural, Educational, Environment, Government/Public, Health, Recreation, Religious, Residential, Theory, and Transportation.
Subject index to Architectural and Interior Design Senior Theses, 1984-1994, submitted to the School of Architecture, College of Design, Architecture, and Art.
Index terms include Commercial, Government and Public, Health Facilities, Industrial, Recreation and Entertainment, Residential, and Transportation.
Vibro-separators are widely used to separate solid particles from slurries and/or to
size segregate the dried product. In this thesis, a mathematical model was developed to
theoretically evaluate the vacuum drying of the collected solid on the screen of a vibro-separator.
The Middle Proterozoic Jacobsville Sandstone, located on the upper peninsula, Michigan, is the youngest rift- related sedimentary unit in the 1.1 Ga Midcontinent rift. Although outcrops of the Jacobsville Sandstone along the Lake Superior shoreline and in river gorges are well studied, these outcrops represent stratigraphically only the upper 300-400 feet of the estimated 9,000 feet thick Jacobsville Sandstone. I used drill cores and newly-studied outcrop samples; 1) to characterize stratigraphically continuous sections; 2) to compare the Jacobsville Sandstone in subsurface with the Jacobsville Sandstone in outcrop; 3) to identify lateral and vertical variations in texture and petrographic composition within the Jacobsville Sandstone; and 4) to determine petrographic provenance of the Jacobsville Sandstone.
