pd(no3)2 solution (Johnson Matthey)
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Johnson Matthey
pd(no3)2 solution
Pd(no3)2 Solution, supplied by Johnson Matthey, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/pd(no3)2+solution/pd+no3+2/10__1016_slash_j__apcatb__2024__124649-38-26-11
Average 90 stars, based on 1 article reviews
Pd(no3)2 Solution, supplied by Johnson Matthey, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/pd(no3)2+solution/pd+no3+2/10__1016_slash_j__apcatb__2024__124649-38-26-11
Average 90 stars, based on 1 article reviews
pd(no3)2 solution - by Bioz Stars,
2026-09
90/100 stars
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Synthesized:Article Title: High catalytic activity and stability of Pd doped hexaaluminate catalysts for the CH4 catalytic combustion Article Snippet: In this work, different procedures, namely carbonate coprecipitation and modified solid–solid diffusion, were used to prepare hexaaluminate samples, unsupported or supported onto u-Al2O3.. These samples were used as catalyst for the methane total oxidation as synthesized or after impregnation of 1 wt% Pd.. It was observed that the modified solid–solid diffusion procedure is an efficient method to obtain the hexaaluminate structure. Article Title: NOx-TPD as a Tool to Estimate the Accessible Zirconia Surface of ZrO2-Containing Materials Article Snippet: NOx adsorption-desorption experiments were carried out on a series of W-free and W-containing ZrO2 samples.. To the best of our knowledge, this study establishes for the first time NOx-TPD (temperature-programmed desorption of NOx) as a reliable method to estimate the accessible ZrO2 surface of complex oxides.. The NOx uptake by ZrO2 was found to be 5.8 ( 0.2 μmol/m2. Article Title: Selective catalytic reduction of NOx with methanol over supported silver catalysts Article Snippet: Methanol is a potential renewable fuel for the transport sector and is thus interesting to study as reducing agent for NOx in hydrocarbon assisted selective catalytic reduction (HC-SCR).. The effect of catalyst composition on the lean NOx reduction during methanol-SCR conditions was investigated.. In particular silver supported on alumina and ZSM-5 were in focus and parameters that can improve the NOx reduction performance, i.e. the C/N molar ratio and the addition of hydrogen, were specifically studied. Article Title: Pd/Al2O3-cordierite and Pd/Al2O3-Fecralloy monolithic catalysts for the hydrogenation of sunflower oil Article Snippet: Monolithic catalysts were prepared using cordierite and Fecralloy as substrates, with Pd/Al2O3 catalyst deposited by a washcoating method.. The samples were characterized and studied for the partial hydrogenation of sunflower oil at 373 K and 413 kPa.. In comparative tests, at equal operating conditions and conversion, the structured catalysts presented a lower trans-isomers formation than the powder catalyst. Article Title: Lactose oxidation over palladium catalysts supported on active carbons and on carbon nanofibres Article Snippet: Liquid-phase lactose oxidation was investigated over supported Pd/C and Pd-carbon nanofibre catalysts, which were characterized by several methods.. A complex relationship between catalyst activity and catalyst acidity was established, i.e. optimum catalyst acidity resulted in the highest activity in lactose oxidation.. In-situ catalyst potential measurements during lactose oxidation gave information about the extent of accumulation of oxygen on the metal surface. Article Title: First of Its Kind Automotive Catalyst Prepared by Recycled PGMs-Catalytic Performance Article Snippet: Recovered Solution Concentration Palladium (II) nitrate (Pd(NO3)2) 4.64 g Article Title: Effect of the thermal conductivity of metallic monoliths on methanol steam reforming Article Snippet: We have studied the influence of cell density of two sets of metal monoliths coated with different amounts of Pd/ZnO in the methanol steam reforming (MSR).. The results indicate that the conversion increases with increasing size of the channels that is accompanied by a decrease in the monoliths cell density.. To explain this unexpected result, the longitudinal and radial temperature profiles were measured. Article Title: Low Temperature NO Storage of Zeolite Supported Pd for Low Temperature Diesel Engine Emission Control Article Snippet: Pd supported on various zeolites has been found to be able to adsorb NO at temperatures below 200 C with high storage efficiency and capacities in a gas feed which simulate diesel engine exhaust conditions.. Highly dispersed Pd at the exchange sites of the zeolites are believed to be the active site for the low temperature NO storage.. Different framework structures of the zeolites significantly affect not only the NO storage capacity but also the NOx desorption temperature. Dispersion:Article Title: High catalytic activity and stability of Pd doped hexaaluminate catalysts for the CH4 catalytic combustion Article Snippet: In this work, different procedures, namely carbonate coprecipitation and modified solid–solid diffusion, were used to prepare hexaaluminate samples, unsupported or supported onto u-Al2O3.. These samples were used as catalyst for the methane total oxidation as synthesized or after impregnation of 1 wt% Pd.. It was observed that the modified solid–solid diffusion procedure is an efficient method to obtain the hexaaluminate structure. Article Title: NOx-TPD as a Tool to Estimate the Accessible Zirconia Surface of ZrO2-Containing Materials Article Snippet: NOx adsorption-desorption experiments were carried out on a series of W-free and W-containing ZrO2 samples.. To the best of our knowledge, this study establishes for the first time NOx-TPD (temperature-programmed desorption of NOx) as a reliable method to estimate the accessible ZrO2 surface of complex oxides.. The NOx uptake by ZrO2 was found to be 5.8 ( 0.2 μmol/m2. Article Title: Selective catalytic reduction of NOx with methanol over supported silver catalysts Article Snippet: Methanol is a potential renewable fuel for the transport sector and is thus interesting to study as reducing agent for NOx in hydrocarbon assisted selective catalytic reduction (HC-SCR).. The effect of catalyst composition on the lean NOx reduction during methanol-SCR conditions was investigated.. In particular silver supported on alumina and ZSM-5 were in focus and parameters that can improve the NOx reduction performance, i.e. the C/N molar ratio and the addition of hydrogen, were specifically studied. Article Title: Pd/Al2O3-cordierite and Pd/Al2O3-Fecralloy monolithic catalysts for the hydrogenation of sunflower oil Article Snippet: Monolithic catalysts were prepared using cordierite and Fecralloy as substrates, with Pd/Al2O3 catalyst deposited by a washcoating method.. The samples were characterized and studied for the partial hydrogenation of sunflower oil at 373 K and 413 kPa.. In comparative tests, at equal operating conditions and conversion, the structured catalysts presented a lower trans-isomers formation than the powder catalyst. Article Title: Lactose oxidation over palladium catalysts supported on active carbons and on carbon nanofibres Article Snippet: Liquid-phase lactose oxidation was investigated over supported Pd/C and Pd-carbon nanofibre catalysts, which were characterized by several methods.. A complex relationship between catalyst activity and catalyst acidity was established, i.e. optimum catalyst acidity resulted in the highest activity in lactose oxidation.. In-situ catalyst potential measurements during lactose oxidation gave information about the extent of accumulation of oxygen on the metal surface. Article Title: First of Its Kind Automotive Catalyst Prepared by Recycled PGMs-Catalytic Performance Article Snippet: Recovered Solution Concentration Palladium (II) nitrate (Pd(NO3)2) 4.64 g Article Title: Effect of the thermal conductivity of metallic monoliths on methanol steam reforming Article Snippet: We have studied the influence of cell density of two sets of metal monoliths coated with different amounts of Pd/ZnO in the methanol steam reforming (MSR).. The results indicate that the conversion increases with increasing size of the channels that is accompanied by a decrease in the monoliths cell density.. To explain this unexpected result, the longitudinal and radial temperature profiles were measured. Article Title: Low Temperature NO Storage of Zeolite Supported Pd for Low Temperature Diesel Engine Emission Control Article Snippet: Pd supported on various zeolites has been found to be able to adsorb NO at temperatures below 200 C with high storage efficiency and capacities in a gas feed which simulate diesel engine exhaust conditions.. Highly dispersed Pd at the exchange sites of the zeolites are believed to be the active site for the low temperature NO storage.. Different framework structures of the zeolites significantly affect not only the NO storage capacity but also the NOx desorption temperature. Reflux:Article Title: High catalytic activity and stability of Pd doped hexaaluminate catalysts for the CH4 catalytic combustion Article Snippet: In this work, different procedures, namely carbonate coprecipitation and modified solid–solid diffusion, were used to prepare hexaaluminate samples, unsupported or supported onto u-Al2O3.. These samples were used as catalyst for the methane total oxidation as synthesized or after impregnation of 1 wt% Pd.. It was observed that the modified solid–solid diffusion procedure is an efficient method to obtain the hexaaluminate structure. Article Title: NOx-TPD as a Tool to Estimate the Accessible Zirconia Surface of ZrO2-Containing Materials Article Snippet: NOx adsorption-desorption experiments were carried out on a series of W-free and W-containing ZrO2 samples.. To the best of our knowledge, this study establishes for the first time NOx-TPD (temperature-programmed desorption of NOx) as a reliable method to estimate the accessible ZrO2 surface of complex oxides.. The NOx uptake by ZrO2 was found to be 5.8 ( 0.2 μmol/m2. Article Title: Selective catalytic reduction of NOx with methanol over supported silver catalysts Article Snippet: Methanol is a potential renewable fuel for the transport sector and is thus interesting to study as reducing agent for NOx in hydrocarbon assisted selective catalytic reduction (HC-SCR).. The effect of catalyst composition on the lean NOx reduction during methanol-SCR conditions was investigated.. In particular silver supported on alumina and ZSM-5 were in focus and parameters that can improve the NOx reduction performance, i.e. the C/N molar ratio and the addition of hydrogen, were specifically studied. Article Title: Pd/Al2O3-cordierite and Pd/Al2O3-Fecralloy monolithic catalysts for the hydrogenation of sunflower oil Article Snippet: Monolithic catalysts were prepared using cordierite and Fecralloy as substrates, with Pd/Al2O3 catalyst deposited by a washcoating method.. The samples were characterized and studied for the partial hydrogenation of sunflower oil at 373 K and 413 kPa.. In comparative tests, at equal operating conditions and conversion, the structured catalysts presented a lower trans-isomers formation than the powder catalyst. Article Title: Lactose oxidation over palladium catalysts supported on active carbons and on carbon nanofibres Article Snippet: Liquid-phase lactose oxidation was investigated over supported Pd/C and Pd-carbon nanofibre catalysts, which were characterized by several methods.. A complex relationship between catalyst activity and catalyst acidity was established, i.e. optimum catalyst acidity resulted in the highest activity in lactose oxidation.. In-situ catalyst potential measurements during lactose oxidation gave information about the extent of accumulation of oxygen on the metal surface. Article Title: First of Its Kind Automotive Catalyst Prepared by Recycled PGMs-Catalytic Performance Article Snippet: Recovered Solution Concentration Palladium (II) nitrate (Pd(NO3)2) 4.64 g Article Title: Effect of the thermal conductivity of metallic monoliths on methanol steam reforming Article Snippet: We have studied the influence of cell density of two sets of metal monoliths coated with different amounts of Pd/ZnO in the methanol steam reforming (MSR).. The results indicate that the conversion increases with increasing size of the channels that is accompanied by a decrease in the monoliths cell density.. To explain this unexpected result, the longitudinal and radial temperature profiles were measured. Article Title: Low Temperature NO Storage of Zeolite Supported Pd for Low Temperature Diesel Engine Emission Control Article Snippet: Pd supported on various zeolites has been found to be able to adsorb NO at temperatures below 200 C with high storage efficiency and capacities in a gas feed which simulate diesel engine exhaust conditions.. Highly dispersed Pd at the exchange sites of the zeolites are believed to be the active site for the low temperature NO storage.. Different framework structures of the zeolites significantly affect not only the NO storage capacity but also the NOx desorption temperature. |