30,113 research outputs found
Sanders’ Pictorial Primer
No full textSanders’ Pictorial Primer, or, An Introduction to Sanders’ First Reader, enl. and rev. by Charles W. Sanders. A primary reader with illustrations and words for children.At head of title: Sanders’ series. The name of J.C. Sanders appears on t.-p. of 1846 edition as joint author. Cover title: The green primer
Persuasion through emotions in Athenian deliberative oratory
No full text© 2016, Franz Steiner Verlag. The attached document (embargoed until 31/10/2017) is an author produced version of a chapter uploaded in accordance with the publisher’s self- archiving policy. Sanders, E. (2016). Persuasion through emotions in Athenian deliberative oratory. In E. Sanders, & M. Johncock (Eds.), Emotion and persuasion in classical antiquity (pp. 57-73). Stuttgart: Franz Steiner Verlag
Introduction
No full text© 2016, Franz Steiner Verlag. The attached document (embargoed until 31/10/2017) is an author produced version of a chapter uploaded in accordance with the publisher’s self- archiving policy. Sanders, E. (2016). Introduction. In E. Sanders, & M. Johncock (Eds.), Emotion and persuasion in classical antiquity (pp. 13-24). Stuttgart: Franz Steiner Verlag
SANDERS, Omar P.
No full textGen. Alvaro Obregón's letter recommending Mr. Omar P. Sanders. / Carta del Gral. Alvaro Obregón recomendando al Sr. Omar P. Sanders
SANDERS, Omar P.
No full textGen. Alvaro Obregón's letter recommending Mr. Omar P. Sanders. / Carta del Gral. Alvaro Obregón recomendando al Sr. Omar P. Sanders
Members abroad - Australia : Paul Sanders
No full textI have been an academic since joining the University of Natal in 1998 and, following a period as a visiting lecturer in Brisbane in 2001, I joined the staff at QUT on an ongoing basis in 2003. I was appointed as Architecture Co-ordinator in 2006, and this role involves the leadership of the architectur discipline of 17 full time academics.\ud
I am currently enrolled in a PhD course in the field of urban morphology. This research proposes a theory on the relevance of mapping the evolutionary aspects of historical urban form to develop a measure for evaluating architecural elements and deriving parameters for new buildings.\ud
My participation in a QUT design team contributed to a recent successful invited competition bid for an Urban Transit Centre in Hangzhou, China. The Centre will include retail, business, entertainment, residential and service components at the heart of the Binjiang district on the 11.5ha core area with 32ha surrounding urban design precinct. The project has received the approval to commence and is to be implemented over the next three years
Interview with Gary H. Sanders
No full textInterview October 16, 1998, with Gary H. Sanders, then project manager for LIGO; currently (2010) project manager for the Thirty-Meter Telescope.
Recalls building cyclotron, Stuyvesant High School. Physics major, Columbia University (BA 1967): Mel Schwartz, Leon Lederman, Jack Steinberger, T. D. Lee; politically active. PhD, high-energy physics (MIT, 1971). Three years with Samuel C. C. Ting at DESY in Germany. Princeton postdoc with A. J. S. Smith. Brookhaven and Fermilab. Leaves for Los Alamos, 1978. To Brookhaven, 1984, kaon decay experiment.
Proposes neutrino experiment, Los Alamos. Meets Barry Barish, member DOE review committee. Discusses neutrino oscillation experiments. Involved with SSC [Superconducting Super Collider] in 1989 through Ting, who builds a detector for it. Troubles between Ting and Roy Schwitters, SSC director. Barish as co-leader of U.S. groups with Ting. Ting detector project falls through; Sanders and Barish pick it up. 1993, Congress cancels SSC. Barish returns to Caltech; Sanders to Los Alamos to GLAST [Gamma-ray Large Area Space Telescope]; investigates WWII human radiation experiments at Los Alamos.
Rochus (Robbie) Vogt removed as LIGO director, replaced by Barish (1994), who brings Sanders in as project manager. His first impressions of LIGO. Comments on Kip Thorne, Rainer Weiss, Vogt, and Ronald W. P. Drever. NSB review of LIGO, fall 1994. Many LIGO scientists left. Caltech as ideal LIGO venue.
Collaboration with foreign gravity-wave groups. Common data format. LIGO Scientific Collaboration. LIGO origins at Caltech in 1970s. Discusses need for openness in LIGO
Sulfur geochemistry of the Salitre Formation phosphorites
No full textComma-delimited version of table containing measured δ34S of CAS, PAS, CRS, and pyrite in phosphatic and non-phosphatic microfacies of the Salitre Formation.Sample ID includes abbreviation for stratigraphic column and locality, as well as numbers indicating stratigraphic height and lateral distance in a measured section (both in meters) from a datum for the given column, or depth in a drill core (in cm) from the top of the core. Powders collected from the same hand samples (within centimeters of each other) are indicated with lowercase letters a-c. Note: Aris = Aristeia, Min = Minotaur, Cer = Cerberus, FuroV = CBPM Core 5, and FuroX = CBPM Core 10. Locality/Section names, stratigraphic columns, and geographic location are provided in Sanders and Grotzinger (2021), Sanders et al. (2023), and Sanders et al. (submitted).Microfacies A = carbonate-cemented grainstone, B = carbonate-cemented grainstone adjacent to phospatic digitate stromatolite buildup, C = carbonate-cemented grainy inter-stromatolite fill, D = carbonate-cemented laminated mudstone, E = carbonate-cemented stromatolite laminae, and F = CFA-cemented stromatolite laminae. CAS = trace structural sulfate in the lattice of the indicated carbonate mineral(s), collected via protocols for trace sulfate extraction and purification, and measured via ICP-MS. PAS = trace structural sulfate in the lattice of the indicated phosphate mineral, collected via protocols for bulk phosphate-associated sulfate extraction, and measured via EA-IRMS. CRS = chromium-reducible sulfur, extracted and fixed as Ag2S from acid-insoluble residues, representative of sulfur in the lattice of pyrite measured via EA-IRMS. “Pyrite” and “pyrite/marcasite/pyrrhotite” refer to SIMS measurement of structural sulfur in individual crystals or aggregates of crystals. ‰ is expressed with respect to Vienna Canyon Diablo Troilite (VCDT). Works Cited: 1. Sanders C. B., Eiler J. C. and Grotzinger J. P. (2023) Paragenesis of an Ediacaran carbonate-platform phosphorite: Constraints from optical petrography and texture-specific clumped isotope paleothermometry. Sediment. Geol. 444, 106316. Available at: https://doi.org/10.1016/j.sedgeo.2022.106316.2. Sanders C. and Grotzinger J. (2021) Sedimentological and stratigraphic constraints on depositional environment for Ediacaran carbonate rocks of the São Francisco Craton: Implications for phosphogenesis and paleoecology. Precambrian Res. 363, 106328. Available at: https://doi.org/10.1016/j.precamres.2021.106328.3. Sanders C., Present T., Marroquin S. and Grotzinger J. (submitted) Sulfur geochemistry of the Salitre Formation phosphorites: Implications for the role of microbial ecology, sulfur cycling in phosphogenesis on an Ediacaran carbonate platform. Geochim. et Cosmochim. Acta
Letter from B. H. Sanders to W. T. Johnson
No full textLetter from B. H. Sanders to W. T. Johnson, concerning a letter from A. P. Gibson
George P. Sanders
No full textBlack and white portrait photograph of George P. Sanders, Professor in Music (Keyboard), 1964-2002.https://thekeep.eiu.edu/archives_faculty_sz/1003/thumbnail.jp
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