141,262 research outputs found
Jacobsen, D M, 4719082
No full textThis record was harvested from a previous catalogue system and will be withdrawn in 2025. Information in this record may be superseded or incomplete. Visit this record in UMA's new catalogue at: https://archives.library.unimelb.edu.au/nodes/view/394769Surname: JACOBSEN. Given Name(s) or Initials: D M. Military Service Number or Last Known Location: 4719082. Missing, Wounded and Prisoner of War Enquiry Card Index Number: SEA-2880.227887
Item: [2016.0049.27062] "Jacobsen, D M, 4719082
Edward Jacobsen Oral History
No full textBiographical information:
Edward Jacobsen was born on July 22, 1922 in Chicago, Illinois. He enrolled in ROTC while at Austin High School in Chicago and at Ripon College in Wisconsin. He served as an infantryman in World War II and participated in the Battle of the Bulge among others. He returned to school after the war, where he attended Ripon College, University of Oklahoma, University of Wisconsin, and University of Chicago. Jacobsen was employed at Winona State University, eventually becoming Director of Libraries and later as Dean of Learning Resources. He retired in 1984 as Dean Emeritus. Jacobsen married his wife Marjorie on December 22, 1943. He died on August 21, 2003.
Transcript Summary:
Edward Jacobsen talked mainly about his experiences during World War II. He described his experience entering the service at Fort McClellan, Alabama for basic infantry training and later for Reserve Officers Training at Fort Benning, Georgia. Jacobsen was later shipped out to Warminster, England in preparation for the D-Day invasion. After D-Day, Jacobsen was assigned to D Company, 320th Infantry, 35th Infantry Division, of the 3rd Army led by George Patton. Jacobsen articulated his thoughts about Patton and British general Bernard Montgomery as commanders, as well as some of the weapons he used in combat. Jacobsen fought during the Battle of the Bulge in December 1944 around Bastogne and the “Rose Pocket” in the Ruhr. Jacobsen talked about his experiences with casualties, German POWs, and fighting a SS division at the Battle of the Bulge. He also discussed unit reunions that were held some years later, traveling back to England after the war and his time in the reserves.
Interview by John Carte
Recent developments at the ANTARES AMS centre.
No full textA. M. Smith, D. Fink, M. A. C. Hotchkis, G. E. Jacobsen, E. M. Lawson, C. Tuniz, E. Sacchi, D. Louvat, G. M. Zuppi and R. Bonett
D-1994a: 313 South 100 West, Logan, Utah, Drucilla Jacobsen/Winston D. Calder/E.W. and Ella Mae Calder residence
No full textD-1994a: 313 South 100 West, Logan, Utah, Drucilla Jacobsen/Winston D. Calder/E.W. and Ella Mae Calder residenc
D-2502j: 536 North 200 East, Logan, Utah, H.F. Jacobsen residence. Lot 4 Block 38
No full textD-2502j: 536 North 200 East, Logan, Utah, H.F. Jacobsen residence. Lot 4 Block 3
D-2947(27): 1092 Bensville, Logan, Utah, Jacobsen (W.E. Beaves) residence
No full textD-2947(27): 1092 Bensville, Logan, Utah, Jacobsen (W.E. Beaves) residenc
D-2505a: 563 North Main, Logan, Utah, Shirley F. Jacobsen office building
No full textD-2505a: 563 North Main, Logan, Utah, Shirley F. Jacobsen office buildin
Hamblin Robert L., Jacobsen R. Brooke, Miller Jerry L.L — A mathematical theory of social change
No full textD. F. Hamblin Robert L., Jacobsen R. Brooke, Miller Jerry L.L — A mathematical theory of social change. In: Population, 30ᵉ année, n°1, 1975. p. 181
A Facile Approach toward 8-O-4'-Neolignans: Synthesis of Threo-7',8'-Dihydromachilin D through Jacobsen Epoxidation
No full text Neolignans are natural phenylpropanoid dimers with C-O-C linkages. Currently, neolignans remain as important synthetic targets due to their reported biological potential against parasites and fungal infections. Thereof, a new approach for the synthesis of the 8-O-4'-neolignan 7',8'-dihydromachilin D based on Jacobsen epoxidation as key step is described here. This stereoselective synthesis proceeded in only 4 steps in 3.9% overall yield. Jacobsen epoxidation was firstly optimized regarding to yield and enantioselectivity employing trans-stilbene as model substrate
Discovery of a novel site of opioid action at the innate immune pattern-recognition receptor TLR4 and its role in addiction
No full textAlso cited as: Neuroimmune signaling in drug actions and addictions, 2014 / C. Cui, D. Shurtleff, R. Adron Harris (eds.), Ch.6 pp. 129–163Abstract not availableJonathan Henry W. Jacobsen, Linda R. Watkins, Mark R. Hutchinso
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