Synthesis, characterization, and growth simulations of Cu–Pt bimetallic nanoclusters
Texto completo
Figure
Documento similar
The aims of the research described here were to determine the total and bioavailable contents of Cu and Zn in soils in the vineyards of La Rioja, both at the surface and at depth,
Of special concern for this work are outbreaks formed by the benthic dinoflagellate Ostreopsis (Schmidt), including several species producers of palytoxin (PLTX)-like compounds,
Click here to view linked References.. The most important point defects and defect complexes have been explored and intrinsic defect formation energies were determined [21]. To
Figure 4.23: Use of the tunable transparency to follow the interaction between graphene C vacancies and the Cu(111) substrate underneath. a) STM image showing a G/Cu(111) sample
Energy-dispersive X-ray microanalysis showed the cell walls to be the main area of Cu binding in the inner and outer cortex and infected zone of white lupin
While the LE-SEY of the clean Cu goes and stays close to zero showing no electron reflectivity up to ∼1 eV from W Cu , our data on “as received” Cu surfaces confirm the ability
Bimetallic Pt:Pd catalysts with different molar ratios and 0.5 wt% overall metal load supported on sulfated zirconia catalysts (SZ) were synthesized and tested in
The use of bimetallic catalysts of Pd and Pt in the gas-phase HDC of DCM results in a synergistic effect respect the catalytic activity when compared to the monometallic ones, that