39 research outputs found

    The Ursinus Weekly, October 31, 1968

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    Evaluation favorable; Provincialism assailed • Nixon overwhelms Humphrey; Rightward trend reflected • Founders\u27 Day honors alumni; Honorary degrees conferred • Secret society members elected • Placement Office offers services to \u2769 graduates • Barbara Bruzgo crowned \u2768 Homecoming Queen • Editorial: Activities chaos • Grand Dragon at U.C.; Klan views stated • Grape conspiracy • Letters to the editor • Formation of a fourth party • Editorial: Literary dilemma • Arts forum features four faculty speakers • Opinion: Sulphuric acid + gas • Bears rip Garnet in Homecoming game after humiliating defeat at Muhlenberg • Gillespie and Gane selected as co-captains • Soccer team defeated by Mules and Delaware as Grau is injured • Inside track: And Drexel makes eighteen • Bearettes and West Chester battle here next Thursday • Magicians, Homecoming and R. J. Whatley • Flowers are still undefeated as I.T.F.L. enters fourth week; Beta Sig upsets Sig Rho, 12-7 • Del Valley\u27s QB is man to watch • Hockey team destroys opponents; Cash and Landis star, score 13 • Greek gleaningshttps://digitalcommons.ursinus.edu/weekly/1165/thumbnail.jp

    The Ursinus Weekly, December 2, 1968

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    Arts Forum held; 4 foreign students featured on panel • Board OKs student members on committees; Student Senate endorses SFARC resolution • Camino real scheduled for December 6th • Mandrake concert is hit; Rock group shows profit • Editorial: Our play; The larger issue • Letters to the editor • Tradition vs. change • Herberg sees anomic moral crisis; Fun morality termed other directed • SFARC minutes • Opinion: Speaker fails to prove dilemma • Freeland Hall: Don\u27t let it be forgot • Senior looks at Freeland: Can Library replace Freeland\u27s primacy? • Search into history substantiates claim of second oldest graduate that Freeland was everything • Instructor asks what do students really want? • Now is the time to unite • WRUC increases wattage to allow greater service • USGA discusses Black Alliance • Students to decide on two government proposals • Pratt art show opens at Ursinus • PNE Folk Fest held; U.C. talent featured • U.C. sponsors Career Days • Howard honored for achievements • Gurzynski\u27s men win title; Albert leads UC to championship • Soccer team edges LaSalle after losing to Haverford • Flowers win intramural crown with 6-0 victory over Sig Rho • Whatley lauds squad; predicts progress • Bears destroy Haverford; Shuman wins Maxwell Award • All Stars will visit Glassboro • Greek gleaningshttps://digitalcommons.ursinus.edu/weekly/1167/thumbnail.jp

    Chemical properties of a Haplustalf soil under irrigation with treated wastewater and nitrogen fertilization

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    ABSTRACT The objective of this research was to investigate the effects of irrigation with treated wastewater and nitrogen (N) fertilization on the chemical characteristics of a Haplustalf soil cultivated with cotton. An experiment was conducted in a greenhouse in a completely randomized design with four replicates, and arranged in a 5 x 4 factorial. Five doses of N fertilization (0, 45, 90, 135 and 180 kg ha-1) and four sources of irrigation water (freshwater, wastewater treated by an anaerobic reactor, wastewater treated by an anaerobic reactor and post-treated by intermittent sand filter in series, wastewater treated in a septic tank and post-treated by an intermittent sand filter) were tested. Irrigation was daily performed from July 2011 to January 2012 according to the water demand of cotton resulting in a water depth of 620 mm. It was found that, compared with the conventional management with freshwater irrigation, treated wastewater provides greater accumulation of micronutrient, potassium and sodium in the soil, increasing the risk of sodification in irrigated areas

    Phoenix Aerospace Launch Systems: Project Legacy – High Powered Rocket

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    This project’s objective is to provide an alternative launch system that could potentially replace the high-altitude balloon launch system (typically carrying scientific payloads) used in the Experimental Space Systems class at Embry-Riddle Aeronautical University, Prescott, Arizona. Senior capstone design group, Phoenix Aerospace Launch Systems (PALS), will provide a high-powered rocket as the alternative launch system called Legacy. PALS has conducted research on similar projects and weighed the risks and benefits that involve a high-powered rocket. Initial research was conducted in the fall 2015 semester, calculations and analysis was done to finalize a design for Legacy. Legacy is in currently under the fabrication process and will be completed by March 16th, 2016. Once Legacy has completely fabricated, tests will be conducted in order to validate that all subsystems and system will satisfy mission requirements. Poster Presentation IGNITE GRANT AWAR
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