1,337 research outputs found
Lyle Scott interview, tape 2
No full textLyle W. Scott was born February 19, 1921 in Blackfoot, Idaho to Clyde and Eva Scott. Scott served in the Army Air Corps during World War II after attending Idaho State College. He served in England with 8th Air Force, 95th bomb group. For his service during the War, Scott received many honors including the Distinguished Flying Cross. After the War, Scott attended Gonzaga University and served in the Washington Air National Guard. In 1947, he married Harriet Wolff of Idaho Falls. Scott died February 3, 2007
Lyle Nelson Folder
No full text33 pages of family history documents containing and related to Lyle Nelson - including: Statesman and Star News accounts and photos of Lyle Nelson, biathlon competitor from McCall; National Meets; Olympics; Author; Speaker; NBC ancho
Katie Letcher Lyle, 3rd Annual ODU Literary Festival
No full textWhile Katie Letcher Lyle is best known as the author of acclaimed novels for young people— I Will Go Barefoot All Summer For You, Fair Day, and Another Step Begun, — she has also published poems and nonfiction. She has written articles on popular music, the language arts, and food, in addition to producing four half-hour television scripts for the series Footsteps, now being aired nationally on PBS. She teaches at Southern Seminary and has appeared at many schools and conferences. A forthcoming novel, Scott\u27s Marathon, is scheduled for October publication
Scott Stanworth and Shelly Wall
No full textScott Stanworth and Shelly Wall announce their engagement and forthcoming marriage. Scott is the son of Mr. and Mrs. Lyle Stanworth and Shelly is the daughter of Mr. and Mrs. Gary Wall of Jensen
Assessment of the Ignition and Lift-off Characteristics of a Diesel Spray with a Transient Spreading Angle
No full textMulti-hole diesel fuel injectors have shown significant transients in spreading angle during injections, different than past fundamental research using single-hole injectors. We investigated the effect of a this transient spreading angle on combustion parameters such as ignition delay and lift-off length by comparing a three-hole nozzle (Spray B) and single-hole nozzle (Spray A) with holes of the same size and shape as targets for the Engine Combustion Network (ECN). With the temperature distribution for a target plume of Spray B characterized extensively in a constant-volume combustion chamber, the ignition delay and lift-off length were measured and compared. Results show that the lift-off length of Spray B increases and grows by approximately 1.5 mm after the initial stages of ignition, in an opposite trend compared to Spray A where the lift-off length decreases with time. The Spray B lift-off length increase is consistent with a transition to from wide to narrow spreading angle that would tend to increase lift-off length, but lift-off is stabilized for a substantial period of time by a wide annular region of combustion products formed when the plume was initially wide
Natalie Vivian Scott: The Origins, People and Times of the French Quarter Renaissance (1920-1930).
No full textThis is the interwoven story of Natalie Vivian Scott, war hero, author, adventurer and humanitarian, and the French Quarter Renaissance during the 1920s, when Natalie Scott was a vital member of the talented coterie of writers and artists whose talents prospered there, including Sherwood Anderson, William Faulkner, William Spratling, Lyle Saxon, Roark Bradford, Oliver La Farge, John Dos Passos, Hamilton Basso, Meigs Frost, among others. This work\u27s premise is that the decayed, crumbling French Quarter, falling into irreversible decline, was saved during the early 1920s by an outburst of local creativity and organizational energy that inspired restoration and a unique, historically significant cultural revival. The participants included a remarkable array of artists, writers, stage performers, poets and journalists, the most famous being major products of this renaissance, but not its progenitors. This artistic and literary colony was the most significant in Southern U.S. history, and among the most important of the American twentieth century. Natalie Scott was instrumental in each of the key forces that created and shaped the French Quarter Renaissance. After being awarded France\u27s highest medal, the Croix de Guerre, for her heroism during World War I, this Southern bred and Newcomb educated war heroine returned to New Orleans and became a feature writer, social editor, and columnist for the New Orleans States. As a founder, playwright and performer with the Petit Theatre du Vieux Carre; a staff member of the Double Dealer literary magazine; close friend of Anderson, Spratling, Faulkner, La Farge, Saxon and other key figures; a pioneer in Vieux Carre; renewal investments and the leading social columnist in the city, Natalie Scott serves as an ideal vehicle to document the recovery of the French Quarter, and its service as the creative incubator for an astonishing array of important young talents
Assessment of content knowledge in the industrial enterprise practicum course at UW-Stout
No full textPlan BThe purpose of this descriptive study was to describe the level of content knowledge acquired (alpha change) as measured by the difference between a pre-test and post-test examination administered to students enrolled during the Spring 2000 semester in the Industrial Enterprise Practicum course (INMGT-314/514) at the University of Wisconsin-Stout. The pre/post-test instrument was identical and was composed of content that emphasized technology and business. The sample was 56 students consisting of technology education, industrial technology, business, and apparel design majors. The findings of the study revealed that there was change in the level of content knowledge acquired by the technology education, industrial technology, business, and apparel design majors
Dr. Thomas E. Lyle, director of bands at Alabama State University in Montgomery, Alabama.
No full textLyle served as the director from 1964 to 1988
Dr. Thomas E. Lyle, director of bands at Alabama State University in Montgomery, Alabama.
No full textLyle served as the director from 1964 to 1988
Experimental Characterization of DI Gasoline Injection Processes
No full textThis work investigates the injection processes of an eight-hole direct-injection gasoline injector from the Engine Combustion Network (ECN) effort on gasoline sprays (Spray G). Experiments are performed at identical operating conditions by multiple institutions using standardized procedures to provide high-quality target datasets for CFD spray modeling improvement. The initial conditions set by the ECN gasoline spray community (Spray G: Ambient temperature: 573 K, ambient density: 3.5 kg/m3 (∼6 bar), fuel: iso-octane, and injection pressure: 200 bar) are examined along with additional conditions to extend the dataset covering a broader operating range. Two institutes evaluated the liquid and vapor penetration characteristics of a particular 8-hole, 80°full-angle, Spray G injector (injector #28) using Mie scattering (liquid) and schlieren (vapor). Diffused back-illumination (DBI) imaging, which is the ECN standard liquid length diagnostic, was also used to provide a reference for the Mie scatter measurements. In addition to imaging the full liquid field, the DBI measurements included long-distance microscopy collection to permit characterization of near-nozzle, end-of-injection details. Interpretation of plume-to-plume variation was assisted by nozzle geometry measurements performed using optical microscopy and x-ray tomography. Results indicate that global spray parameters such as liquid and vapor penetration as well as spray angle are similar between the two facilities. The spray development and mixing is largely affected by charge gas conditions (mainly density). For instance, under the standard Spray G density, the individual plumes remained separated until the end of injection, while at higher ambient densities the plumes merged together. Spray development results, together with spray mechanical patternation supported the correlation with measured nozzle internal geometry. Long-distance microscopy measurements showed that the main flow was attracted toward the injector centerline after the end of injection, supporting the convergence of the plumes as observed in the spray angle measurements
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