7 research outputs found

    Tucson House: Visual Echoes

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    Red Ed: Teaching Toward a New Internationalism

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    In this essay, I narrate part of my experience leading second-language college writing students through an activity that introduces them to some of the basics of ideology critique and critical discourse analysis. I also describe a Language Event Analysis assignment that invites students to analyze international language-related current events. In the process, I try to show why a dialectical multilingualism must be part of any radically internationalist socialist teaching praxis

    DIY Methods 2023 Conference Proceedings

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    The act of circulating research through zines invites participants into the “gift economy” of zine culture, where knowledge is shared within a system of reciprocal generosity and pleasure in opposition to hierarchical and capitalist forms of knowledge exchange. As zines cut through the often strict and inaccessible boundaries of traditional, peer-reviewed publications, they also allow for the circulation of research to broader audiences, making knowledge more accessible. As such, academic zines transform research into a gift to be shared amongst unknown peers, while also situating the mobilization of knowledge as care work. And so, while we are excited to receive abstracts around diverse themes and across disciplines, we ask participants to think about knowledge as a gift and research as care work during their zine-making process. How do these visions of knowledge and research mobilization affect how you view your research, others’ research, and/or yourself

    Tucson House: Visual Echoes

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    Post-Trump Rhetoric and Composition: A Review of Bruce McComiskey's Post-Truth Rhetoric and Composition

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    Prediction of CO<sub>2</sub> Adsorption Properties in Zeolites Using Force Fields Derived from Periodic Dispersion-Corrected DFT Calculations

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    We demonstrate a new approach to develop transferable force fields describing molecular adsorption in zeolites by combining dispersion-corrected density functional theory (DFT) calculations and classical atomistic simulations. This approach is illustrated with the adsorption of CO<sub>2</sub> in zeolites. Multiple dispersion-corrected DFT methods were tested for describing CO<sub>2</sub> adsorption in sodium-exchanged ferrierite. The DFT-D2 approach was found to give the best agreement with high level quantum chemistry results and experimental data. A classical force field for CO<sub>2</sub> adsorption in siliceous zeolites was then developed on the basis of hundreds of DFT-D2 calculations that probed the full range of accessible volume in purely siliceous chabazite (Si-CHA) via random sampling. We independently performed experiments with Si-CHA measuring CO<sub>2</sub> isotherms and heats of adsorption by microcalorimetry. Excellent agreement was obtained between adsorption isotherms predicted with our first-principles-derived force field and our experiments. The transferability of this force field was examined using available adsorption isotherms for CO<sub>2</sub> in siliceous MFI and DDR zeolites, again with reasonably good agreement between calculated and experimental results. The methods demonstrated by these calculations will be broadly applicable in using molecular simulations to predict properties of adsorbed molecules in zeolites and other nanoporous materials
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