4,179 research outputs found
Martha S. Mosher, 88
Martha Smith "Dee Dee" Mosher, a longtime Portola Valley resident, has died. She was 88. Mosher, who died Feb. 25 in Palo Alto, was born to Martha Pray and Stuart Brainard Smith on July 4, 1930, in Chicago
Letter from W. S. Mosher to John M. Fouts - August 26, 1935
Typed correspondence on Letterhead for Mosher Steel Company pertaining to the unfavorable results of an election
Mosher, Charles A. — Congressman from Ohio (1962)(JSK_BB8_F04)
Correspondence with Congressman Mosher from Ohi
Mosher, K G, NX34857
This record was harvested from a previous catalogue system and will be withdrawn in 2025. Information in this record may be superseded or incomplete.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/406402Surname: MOSHER. Given Name(s) or Initials: K G. Military Service Number or Last Known Location: NX34857. Missing, Wounded and Prisoner of War Enquiry Card Index Number: 13788.247622
Item: [2016.0049.38679] "Mosher, K G, NX34857
La voie oblique, dans l'Education sentimentale et Parade' s End (Ford Madox Ford)
Mosher Harold Frederick Jr. La voie oblique, dans l'Education sentimentale et Parade' s End (Ford Madox Ford). In: Littératures 17,1970. pp. 15-31
A cautionary note on the use of commercial (R)-MTPA-Cl and (S)-MTPA-Cl in determination of absolute configuration by Mosher ester analysis
While the absolute configuration of a Mosher ester derivative (MTPAOR) is identical with that of the Mosher acid (MTPAOH) precursor, it is opposite that of the Mosher acid chloride (MTPA-Cl). Since (R)-MTPA-Cl and (S)-MTPA-Cl are now commercially available, incorrect conclusions may be drawn in deriving the absolute configuration, if this fact is overlooked. The absolute configuration of (−)-vasicinone (1) derived by Mosher ester analysis has been revised as 3S. Mosher ester analysis of (−)-vasicine (2) confirmed a 3S configuration for this alkloid
A cautionary note on the use of commercial (R)-MTPA-Cl and (S)-MTPA-Cl in determination of absolute configuration by Mosher ester analysis
While the absolute configuration of a Mosher ester derivative (MTPAOR) is identical with that of the Mosher acid (MTPAOH) precursor, it is opposite that of the Mosher acid chloride (MTPA-Cl). Since (R)-MTPA-Cl and (S)-MTPA-Cl are now commercially available, incorrect conclusions may be drawn in deriving the absolute configuration, if this fact is overlooked. The absolute configuration of (−)-vasicinone (1) derived by Mosher ester analysis has been revised as 3S. Mosher ester analysis of (−)-vasicine (2) confirmed a 3S configuration for this alkloid
Grain Elevator, Mosher SD, Mellette County
4 x 6 photograph, grain elevator with a gable roof cupola, grain bins next to the elevator, one-story building with windows and a gable roof in the backgroundH2010-041 Elevators School Houses Courthouses Vernell Johnson Coll. Box 3 SD Elevators[stamp] No. 14A 300 [photographer stamp] Photo By: Vernell Johnson, S. D. Mosher, S. D
Influence of cumulative convergence on lithospheric thrust fault development and topography along the Australian-Pacific plate boundary south of New Zealand
The development of faulting and topography resulting from initial convergence within oceanic lithosphere is largely unknown. We explore relationships among convergence, structural development, and topography along ?1500 km of the submarine Australian-Pacific plate boundary south of New Zealand, the Macquarie Ridge Complex (MRC). Due to the variable orientation of the boundary and close proximity of the Australian-Pacific poles of rotation, individual segments of the plate boundary have experienced different convergence histories since ?10.95 Ma (Chron 5o). Because interaction along the oceanic extent of the boundary involves oceanic lithosphere of broadly the same age and therefore thermal structure, structural and morphologic differences can be attributed primarily to variations in angles and rates of convergence with respect to the plate boundary orientation since 10.95 Ma. We relate plate boundary-normal convergence determined from stage pole rotations to structural development, focusing on transitions from purely strike-slip faulting to partitioned thrust and strike-slip faulting between 47°S and 60°S since 10.95 Ma. Our results indicate that boundary-normal convergence of ?100 km marks the transition from strike-slip dominated faulting to partitioned underthrusting and strike-slip faulting (incipient subduction). Establishment of subduction at the Puysegur Trench and incipient subduction at the Hjort Trench corresponds to convergence at rates between ?2 and 4 cm/yr, angles >30°, and with durations of at least 10 m.y., resulting in >100 km of boundary-normal convergence. Anomalous topographic volumes resulting from tectonic deformation are quantified from swath bathymetry and compared to convergence history. Results from analysis of the central MRC suggest that prior to lithospheric-scale thrust faulting, ?100 km of boundary-normal convergence can be accommodated by crustal deformation (6 km relief from ridge crest to adjacent trough) and strike-slip faulting. Our research supports induced/forced intraoceanic initiation of subduction. <br/
Letter from S. H. Mosher, Birmingham, Alabama, to A. H. Woodward, June 29, 1928
This item is from the Woodward Family Papers, an extensive collection, including personal correspondence, financial records, photographs, and other materials of this Birmingham, Alabama family which operated the Woodward Iron Company
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