https://regalbutocatalusc.net/presentation/synthesis-characterization-and-evaluation-of-highly-dispersed-bimetallic-catalysts-for-fischer-tropsch-reaction/2019-01-11T01:54:57+00:00https://regalbutocatalusc.net/presentation/chemisorption-xrd-particle-size-discrepancy-of-carbon-supported-palladium-carbon-decoration-of-pd/2019-01-11T01:54:42+00:00https://regalbutocatalusc.net/presentation/the-catalytic-behavior-of-pt-pd-bimetallic-catalysts-for-use-as-diesel-oxidation-catalysts/2019-01-11T01:53:04+00:00https://regalbutocatalusc.net/presentation/bimetallic-ru-pt-and-pt-co-fuel-cell-catalysts-prepared-by-strong-electrostatic-adsorption-and-electroless-deposition/2019-01-11T01:52:53+00:00https://regalbutocatalusc.net/presentation/bimetallic-ru-pt-and-pt-co-fuel-cell-catalysts-prepared-by-strong-electrostatic-adsorption-and-electroless-deposition-2/2019-01-11T01:52:35+00:00https://regalbutocatalusc.net/presentation/role-of-support-in-the-spontaneous-oxidation-of-ultra-small-platinum-nanoparticles/2019-01-11T01:52:22+00:00https://regalbutocatalusc.net/presentation/supported-homogeneously-alloyed-bimetallic-nanoparticles-by-electrostatic-adsorption/2019-01-11T01:51:30+00:00https://regalbutocatalusc.net/presentation/evaluation-of-the-stability-of-electroless-deposition-derived-nipt-bimetallic-catalysts-for-dry-reforming-of-methane/2019-01-11T01:51:59+00:00https://regalbutocatalusc.net/presentation/bimetallic-ru-pt-and-pt-co-fuel-cell-catalysts-prepared-by-strong-electrostatic-adsorption-and-electroless-deposition-3/2019-01-11T01:51:47+00:00https://regalbutocatalusc.net/presentation/electrostatic-adsorption-of-platinum-onto-carbon-nanotubes-and-fibers/2019-01-11T01:52:11+00:00https://regalbutocatalusc.net/presentation/supported-homogeneously-alloyed-bimetallic-nanoparticles-by-electrostatic-adsorption-2/2019-01-11T01:48:08+00:00https://regalbutocatalusc.net/presentation/highly-dispersed-pt-pd-bimetallic-catalysts-for-diesel-exhaust-treatment/2019-01-11T01:50:40+00:00https://regalbutocatalusc.net/presentation/rectifying-the-characterization-of-carbon-supported-pd-chloride-poisoning-carbon-decoration-or-both/2019-01-11T01:51:03+00:00https://regalbutocatalusc.net/presentation/nanoparticle-synthesis-via-electrostatic-adsorption-using-incipient-wetness-impregnation/2019-01-11T01:51:16+00:00https://regalbutocatalusc.net/presentation/stabilization-of-catalytic-surfaces-using-bimetallic-core-shell-structures/2019-01-10T20:13:08+00:00https://regalbutocatalusc.net/presentation/evaluation-of-different-methods-for-determination-of-pt-active-sites-for-supported-pt-electrocatalysts/2019-01-10T20:13:40+00:00https://regalbutocatalusc.net/presentation/bimetallic-ru-pt-c-catalysts-prepared-by-strong-electrostatic-adsorption-and-electroless-deposition-for-direct-methanol-fuel-cell-application/2019-01-10T20:15:38+00:00https://regalbutocatalusc.net/presentation/stabilization-of-catalytic-surfaces-using-bimetallic-core-shell-structures-2/2017-08-04T00:00:00+00:00https://regalbutocatalusc.net/presentation/synthesis-of-highly-activity-fuel-cell-catalysts-for-direct-methanol-fuel-cells/2019-01-10T20:10:25+00:00https://regalbutocatalusc.net/presentation/aqueous-phase-hydrogenation-of-succinic-acid-using-bimetallic-ir-re-c-catalysts/2019-01-10T20:11:22+00:00https://regalbutocatalusc.net/presentation/catalytic-activities-of-ag-ir-al2o3-bimetallic-catalysts-prepared-by-electroless-deposition/2019-01-10T20:11:54+00:00https://regalbutocatalusc.net/presentation/synthesis-of-active-bimetallic-catalysts-for-direct-methanol-fuel-cells/2019-01-10T20:07:06+00:00https://regalbutocatalusc.net/presentation/surface-physico-chemistry-interfacial-chemistry/2020-03-05T15:07:01+00:00https://regalbutocatalusc.net/presentation/strong-electrostatic-adsorption-for-the-facile-synthesis-of-supported-dilute-limit-alloy-nanoparticles/2020-03-10T19:24:34+00:00https://regalbutocatalusc.net/presentation/synthesis-of-supported-pd-au-dilute-limit-alloy-nanoparticles/2020-03-09T15:28:41+00:00https://regalbutocatalusc.net/presentation/characterization-and-reactivity-of-supported-pd-au-dilute-limit-alloy-nanoparticles/2020-03-09T15:23:58+00:00https://regalbutocatalusc.net/presentation/rationalize-synthesis-of-pt-ru-mwcnts-bimetallic-catalysts-for-methanol-oxidation-reaction/2020-03-09T15:26:52+00:00https://regalbutocatalusc.net/presentation/catalytic-activity-of-ultra-small-homogeneously-alloyed-bimetallic-nanoparticles-prepared-by-co-electrostatic-adsorption/2022-02-25T18:50:59+00:00https://regalbutocatalusc.net/presentation/selective-deposition-of-pd-onto-silica-supported-iron-for-maintaining-fe0-during-hydrodeoxygenation/2020-03-09T15:37:25+00:00https://regalbutocatalusc.net/presentation/selective-deposition-of-pd-onto-silica-supported-iron-for-maintaining-fe0-during-hydrodeoxygenation-2/2020-03-09T15:38:47+00:00https://regalbutocatalusc.net/presentation/preparation-of-small-monodisperse-supported-au-nanoparticles-via-strong-electrostatic-adsorption-of-au-ethylenediamine/2020-03-10T19:22:32+00:00https://regalbutocatalusc.net/presentation/preparation-of-small-monodisperse-supported-au-nanoparticles-via-strong-electrostatic-adsorption-of-au-ethylenediamine-2/2020-03-10T19:23:17+00:00https://regalbutocatalusc.net/presentation/pushing-the-limits-of-electrostatic-adsorption-charge-enhanced-dry-impregnation-of-sba-15/2020-03-10T19:30:32+00:00https://regalbutocatalusc.net/presentation/supported-metal-acid-bifunctional-catalysts-synthesized-by-electrostatic-adsorption-of-pd-onto-metal-doped-silicas/2020-03-12T19:30:04+00:00https://regalbutocatalusc.net/presentation/continuous-co-electroless-deposition-of-cu-and-pt-for-the-synthesis-of-trimetallic-pdcu-pt-c-catalysts-showing-high-ch3oh-oxidation-activity-for-dmfcs/2020-03-11T20:19:21+00:00https://regalbutocatalusc.net/presentation/detection-of-the-ambient-oxidation-of-ultra-small-silica-supported-noble-metal-nanoparticle/2020-03-05T15:37:43+00:00https://regalbutocatalusc.net/presentation/a-stability-analysis-of-electroless-deposition-derived-ni-pt-catalysts-for-the-dry-reforming-of-methane/2020-03-11T20:17:14+00:00https://regalbutocatalusc.net/presentation/a-stability-analysis-of-electroless-deposition-derived-ni-pt-catalysts-for-the-dry-reforming-of-methane-2/2020-03-11T20:16:08+00:00https://regalbutocatalusc.net/presentation/an-investigation-of-highly-selective-co2-resistant-catalysts-for-ethylene-oxide-production/2020-03-11T20:18:13+00:00https://regalbutocatalusc.net/presentation/rational-growth-of-pt-particles-using-ed-of-pt-on-pt-xc72-and-evaluation-for-the-oxygen-reduction-reaction-orr-in-pem-fuel-cells/2020-03-10T16:15:34+00:00https://regalbutocatalusc.net/presentation/boron-nitride-a-support-to-synthesize-stable-pt-based-catalysts-for-high-temperature-oxidative-reactions/2020-03-10T19:21:32+00:00https://regalbutocatalusc.net/presentation/stability-of-platinum-nanoparticles-supported-on-nitrogen-doped-carbon/2020-03-10T19:20:40+00:00https://regalbutocatalusc.net/presentation/nitrogen-doped-carbon-a-support-to-synthesize-ultra-small-and-stable-pt-nanoparticles/2020-03-10T19:19:51+00:00https://regalbutocatalusc.net/presentation/nitrogen-doped-carbon-a-support-to-synthesize-ultra-small-and-stable-pt-nanoparticles-2/2020-03-10T19:19:24+00:00https://regalbutocatalusc.net/presentation/well-dispersed-pt-co-catalysts-with-alloy-nanoparticles-using-electrostatic-adsorption-and-electroless-co-deposition-synthesis-methods/2020-03-12T19:30:52+00:00https://regalbutocatalusc.net/presentation/supported-palladium-catalyst-structure-and-acidity-effects-on-liquid-phase-hydrodeoxygenation/2020-03-12T19:28:54+00:00https://regalbutocatalusc.net/presentation/design-synthesis-and-evaluation-of-irpt-bimetallic-catalysts-for-the-high-temperature-decomposition-of-so3-to-so2-in-the-hys-process-for-thermochemical-water-splitting/2020-03-09T15:30:20+00:00https://regalbutocatalusc.net/presentation/a-scientific-method-to-prepare-supported-catalysts/2021-02-23T16:49:34+00:00https://regalbutocatalusc.net/presentation/pushing-the-limits-of-charge-enhanced-dry-impregnation-for-supported-metal-catalyst-preparation/2020-03-10T19:28:49+00:00https://regalbutocatalusc.net/presentation/aqueous-phase-hydrogenation-of-furfural-using-silica-supported-ultrasmall-bimetallic-catalysts/2022-02-25T18:36:57+00:00https://regalbutocatalusc.net/presentation/from-powders-to-extrudates-exploring-the-kinetics-of-strong-electrostatic-adsorption-on-formed-supports/2022-02-25T18:37:25+00:00https://regalbutocatalusc.net/presentation/support-effects-on-hydrogenation-reaction-understanding-the-high-activity-of-pd-supported-on-graphene/2022-02-25T18:42:44+00:00https://regalbutocatalusc.net/presentation/a-generalizable-and-straightforward-synthesis-of-pdau-sio2-single-atom-catalysts/2022-02-25T20:01:02+00:00https://regalbutocatalusc.net/presentation/synthesis-of-bifunctional-metal-doped-silicas-supported-palladium-nanoparticles-by-strong-electrostatic-adsorption/2022-02-25T21:16:32+00:00https://regalbutocatalusc.net/presentation/effects-of-reduction-temperature-on-negatively-charged-au-species-over-non-reducibel-supports/2022-02-25T21:17:07+00:00https://regalbutocatalusc.net/presentation/investigation-on-the-formation-of-negatively-charged-gold-species-and-the-activity-in-co-oxidation/2022-02-25T21:18:01+00:00https://regalbutocatalusc.net/presentation/supported-metal-acid-bifunctional-catalysts-synthesized-by-electrostatic-adsorption-of-pd-onto-metal-doped-silicas-2/2022-02-25T21:18:26+00:00https://regalbutocatalusc.net/presentation/preparation-of-pdau-bimetallic-catalysts-on-mesoporous-silica-or-gamma-alumina-by-strong-electrostatic-adsorption/2022-02-25T18:40:34+00:00https://regalbutocatalusc.net/presentation/effect-of-pretreatment-on-metal-dispersion-in-carbon-supported-catalysts/2022-05-31T18:02:40+00:00https://regalbutocatalusc.net/presentation/synthesis-of-ultra-small-pdau-nanoparticles-with-homogenous-alloys-on-sio2-and-al2o3-via-electrostatic-adsorption-2/2022-07-05T14:49:48+00:00https://regalbutocatalusc.net/presentation/aqueous-phase-furfural-hydrogenation-using-dilute-limit-alloy-bimetallic-catalysts/2022-07-05T14:54:56+00:00https://regalbutocatalusc.net/presentation/highly-efficient-multi-atom-pt-and-ptru-catalysts-for-anion-exchange-membrane-fuel-cells/2022-07-05T17:12:47+00:00https://regalbutocatalusc.net/presentation/synthesis-of-supported-single-atom-catalysts-via-chelate-fixation/2022-07-05T17:13:28+00:00https://regalbutocatalusc.net/presentation/synthesis-of-supported-pd-au-dilute-limit-alloy-nanoparticles-2/2022-07-05T17:14:01+00:00https://regalbutocatalusc.net/presentation/method-to-produce-high-densities-of-isolated-atoms-regardless-of-the-support-functional-groups/2022-07-05T17:14:50+00:00https://regalbutocatalusc.net/presentation/chelate-fixation-to-produce-high-densities-of-supported-single-atom-catalysts/2022-07-05T17:15:19+00:00https://regalbutocatalusc.net/presentation/understanding-the-activity-and-stability-of-single-atom-catalysts-for-the-orr-in-anion-exchange-membrane-fuel-cell/2022-07-05T17:16:16+00:00https://regalbutocatalusc.net/presentation/support-effect-on-hydrogenation-reaction-understanding-the-high-activity-of-pd-supported-on-graphene/2022-11-30T15:08:15+00:00https://regalbutocatalusc.net/presentation/supported-metal-catalysts-for-pump-oil-detritiation/2022-11-30T15:10:56+00:00https://regalbutocatalusc.net/presentation/controlling-particle-size-on-carbon-supports-with-surface-tension/2022-11-30T15:11:48+00:00https://regalbutocatalusc.net/presentation/optimization-of-aqueous-phase-furfural-hydrogenation-using-pd1ni-dilute-limit-alloy-catalysts/2022-11-30T15:16:15+00:00https://regalbutocatalusc.net/presentation/2180/2024-03-28T19:20:03+00:00https://regalbutocatalusc.net/presentation/controlling-metal-nanoparticle-size-on-carbon-supports-with-surface-tension/2024-03-28T19:27:19+00:00https://regalbutocatalusc.net/presentation/pd-ni5-silica-dilute-limit-alloy-catalyst-for-optimization-of-aqueous-phase-furfural-hydrogenation/2024-03-28T19:31:01+00:00https://regalbutocatalusc.net/presentation/heterogeneous-approach-towards-selective-hydrodeoxygenation-gho-of-lignin-biomass/2024-03-28T19:33:55+00:00