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    <loc>https://damiendebecker.owlstown.net/publications/26663-ag-and-cu-promoted-mesoporous-ta-sio2-catalysts-prepared-by-non-hydrolytic-sol-gel-for-the-conversion-of-ethanol-to-butadiene</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26673-versatile-and-scalable-synthesis-of-cyclic-organic-carbonates-under-organocatalytic-continuous-flow-conditions</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26672-sustaining-the-transition-from-a-petrobased-to-a-biobased-chemical-industry-with-flow-chemistry</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26668-mesoporous-tio2-support-materials-for-ru-based-co2-methanation-catalysts</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26669-combining-co2-capture-and-catalytic-conversion-to-methane</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26667-naalo2-supported-on-titanium-dioxide-as-solid-base-catalyst-for-the-carboxymethylation-of-allyl-alcohol-with-dmc</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26662-microwave-assisted-synthesis-of-a-manganese-metal-organic-framework-and-its-transformation-to-porous-mno-carbon-nanocomposite-utilized-as-a-shuttle-suppressing-layer-in-lithium-sulfur-batteries</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26671-aerosol-route-to-tio-2-sio-2-catalysts-with-tailored-pore-architecture-and-high-epoxidation-activity</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26670-macrocellular-titanosilicate-monoliths-as-highly-efficient-structured-olefin-epoxidation-catalysts</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26666-synthesis-characterization-and-catalytic-activity-of-single-site-lewis-acidic-aluminosilicates</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26674-biocatalytic-transamination-in-a-monolithic-flow-reactor-improving-enzyme-grafting-for-enhanced-performance</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26681-in-situ-insight-into-the-unconventional-ruthenium-catalyzed-growth-of-carbon-nanostructures</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26682-innovative-sol-gel-routes-for-the-bottom-up-preparation-of-heterogeneous-catalysts</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26684-aerosol-processing-a-wind-of-innovation-in-the-field-of-advanced-heterogeneous-catalysts</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26680-titania-silica-catalysts-for-lactide-production-from-renewable-alkyl-lactates-structure-activity-relations</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26687-a-review-on-catalytic-oxidation-of-chloroaromatics-from-flue-gas</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26688-co2-methanation-on-ru-tio2-catalysts-on-the-effect-of-mixing-anatase-and-rutile-tio2-supports</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26676-novel-ceramic-paper-structures-for-diesel-exhaust-purification</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26677-sorption-and-pervaporation-study-of-methanol-dimethyl-carbonate-mixture-with-poly-etheretherketone-peek-wc-membrane</loc>
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    <loc>https://damiendebecker.owlstown.net/publications/26679-application-of-pervaporation-in-the-bio-production-of-glycerol-carbonate</loc>
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