I Remember Normal, Memphis, 1973

6-page booklet titled I Remember Normal by Dr. James A. Wallace published in 1973. It is a reminiscence of the Normal Station neighborhood in Memphis, Tennessee, situated across the railroad south of the West Tennessee State Normal School, later the University of Memphis.https://digitalcommons.memphis.edu/speccoll-mss-verticalfiles7/1005/thumbnail.jp

Gay Males in Fraternities

The experiences of gay men in college social fraternities serve as the focus of this study. Representing five inter/national fraternities and five colleges and universities, five men share their coping strategies, homosexual identity development, and the reactions of their fraternity brothers to their coming out

A planning program and the design for a single enterprise community in the Subarctic

Thesis (M.C.P.) Massachusetts Institute of Technology. Dept. of Architecture, 1956.ACCOMPANYING drawings held by MIT Museum.Includes bibliographies.by James Arthur Hatcher and David Dunsmore Wallace.M.C.P

Investigation of Cracks Found in Helicopter Longerons

Four cracked longerons, containing a total of eight cracks, were provided for study. Cracked regions were cut from the longerons. Load was applied to open the cracks, enabling crack surface examination. Examination revealed that crack propagation was driven by fatigue loading in all eight cases. Fatigue crack initiation appears to have occurred on the top edge of the longerons near geometric changes that affect component bending stiffness. Additionally, metallurigical analysis has revealed a local depletion in alloying elements in the crack initiation regions that may be a contributing factor. Fatigue crack propagation appeared to be initially driven by opening-mode loading, but at a crack length of approximately 0.5 inches (12.7 mm), there is evidence of mixed-mode crack loading. For the longest cracks studied, shear-mode displacements destroyed crack-surface features of interest over significant portions of the crack surfaces

Investigation of Helicopter Longeron Cracks

Four cracked longerons, containing a total of eight cracks, were provided for study. Cracked regions were cut from the longerons. Load was applied to open the cracks, enabling crack surface examination. Examination revealed that crack propagation was driven by fatigue loading in all eight cases. Fatigue crack initiation appears to have occurred on the top edge of the longerons near geometric changes that affect component bending stiffness. Additionally, metallurgical analysis has revealed a local depletion in alloying elements in the crack initiation regions that may be a contributing factor. Fatigue crack propagation appeared to be initially driven by opening-mode loading, but at a crack length of approximately 0.5 inches (12.7 mm), there is evidence of mixed-mode crack loading. For the longest cracks studied, shear-mode displacements destroyed crack-surface features of interest over significant portions of the crack surfaces

Solid-state metathesis reactions under pressure: A rapid route to crystalline gallium nitride

High pressure chemistry has traditionally involved applying pressure and increasing temperature until conditions become thermodynamically favorable for phase transitions or reactions to occur. Here, high pressure alone is used as a starting point for carrying out rapid, self-propagating metathesis reactions. By initiating chemical reactions under pressure, crystalline phases, such as gallium nitride, can be synthesized which are inaccessible when initiated from ambient conditions. The single-phase gallium nitride made by metathesis reactions under pressure displays significant photoluminescence intensity in the blue/ultraviolet region. The absence of size or surface-state effects in the photoluminescence spectra show that the crystallites are of micron dimensions. The narrow lines of the x-ray diffraction patterns and scanning electron microscopy confirm this conclusion. Brightly luminescent thin films can be readily grown using pulsed laser deposition

Assembly Time Modeling Through Connective Complexity Metrics

This paper presents an approach for the development of surrogate models predicting the assembly time of a system based on complexity metrics of the physical system architecture when detailed geometric information is unavailable. A convention for modelling physical architecture is presented, followed by a sample of 10 analysed systems used for training and three systems used for validation. These systems are evaluated on complexity metrics developed from graph theoretic measures. An example model is developed based on a series of regressions of trends observed within the sample data. This is validated against the systems that are not used to develop the model. The model developed uses average path length, part count and path length density to approximate assembly time within the standard deviation of the subjective variation possible in Boothroyd and Dewhurst design for assembly (DFA) analysis. While the specific example model developed is generalisable only to systems similar to those in the sample set, the capability to develop mappings between physical architecture and assembly time in early-stage design is demonstrated

Cerebral dehydration action of glycerol; I. Historical aspects with emphasis on the toxicity and intravenous administration

Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/117051/1/cpt1972132159.pd

Barley

Barley production in Missouri usually increases following a drought. Livestock producers need feed if corn supplies are low or need pasture if grass is not recovered. As a feed grain, barley is considered to have 95 percent of the feed value of corn. Barley acreage has not been estimated by the Crop Reporting Service since 1977, but estimates range from 5,000 to 20,000 acres each year. Barley is used in the malting industry as well as for livestock feed. However, attempts to produce barley for malting in Missouri have failed because malting barley requires bright sunshine with little disease during grain filling - a condition most often found in more arid regions of the United States