The Gopher ; annual publication of the student body of the University of Minnesota.

Subtitle varies slightly.

Law School Building. University of Michigan. 1893

Jordan & Anderson, architects. Built 1863. Northwest corner of Diagonal on corner of State and North University. Served as Law School for sixty years; contained chapel until 1873 and library until 1883. Addition built in 1893 included tower. People on walks and steps. Image includes class stone of 1862.

School of Architecture and Design

Emil Lorch & Associates, architect. Built in 1928. Architecture Building; later called Architecture & Design; renamed Lorch Hall ca. 1980. The Doric columns were once part of the oldest stone building in Detroit, the Bank of Michigan, built 1836. The Corinthian column was from the Home Office Bldg. of the Mutural Benefit Life Insurance Co. of Newark, N.J.

The Industrial Relations Center, University of Minnesota.

Mode of access: Internet.

Rural life conference held at the University of Virginia summer school

Cover title

The School of Education Record of the University of North Dakota

Mode of access: Internet.

Bulletin - Agricultural Experiment Station, University of Minnesota.

Mode of access: Internet.

Abstract[s] of [theses] submitted in partial fulfillment of the requirement for the degree of doctor of philosophy in the graduate school of the University of Illinois

Mode of access: Internet.

The application of numerical modelling to the assessment of the potential for, and the detection of, spontaneous combustion in coal mines

Numerical modelling has been used to examine the relationship between the results of two commonly used methods of assessing the propensity of coal to spontaneous combustion, the R70 and Relative Ignition Temperature tests, and the likely behaviour in situ. The criticality of various parameters has been examined and a method of utilising critical self-heating parameters has been developed. This study shows that on their own, the laboratory test results do not provide a reliable guide to in situ behaviour but can be used in combination to considerably increase the ability to predict spontaneous combustion behaviour.