Excess molar enthalpies for 1-propanol + acetone and 1-propanol + acetone + benzene mixtures at 298.15 K

A “Smart” Catalyst: Sinter‐Resistant Supported Iridium Clusters Visualized with Electron Microscopy

“…Some supports are known to provide resistance to sintering by interacting strongly with metal nanoclusters, with notable industrial examples being perovskites and ceria 6. 7 The strong metal–support interactions in these systems, however, affect the electronic structure of the metal and therefore its catalytic performance 8. As an alternative, metal nanoclusters can also be stabilized by partial encapsulation within oxides,9–11 but at the cost of coverage of catalytic sites and loss of catalytic activity 12.…”

Nitrogen doped graphite felt decorated with porous Ni1.4Co1.6S4 nanosheets for 3D pseudocapacitor electrodes

“…35 Moreover, richness of disorder (different forms of carbon-nitrogen bond) and abundance of nitrogen-associated functional groups accelerate charge transfer at the material interface. 36,37 In addition, with an unpaired electron, nitrogen possesses a strong electron-withdrawing ability to lead to positive charge density of carbon atoms adjacent, thus providing active sites for redox reaction. 38,39 These effects will be intensied by the pyridinic-N that possesses stronger electron withdrawing ability than the other types of nitrogen bonds.…”

Excess enthalpies for (methanol, or propan-1-ol+acetonitrile+ propanone) at the temperature 298.15K

“…(1) The H E m for five binary mixtures making up the ternary mixtures at T = 298.15 K have been reported: {xCH 3 OH + (1 − x)CH 3 CN}; (2) {xCH 3 OH + (1 − x)CH 3 COCH 3 }; (3,4) {xCH 3 CN + (1 − x)CH 3 COCH 3 }; (5) {xCH 3 (CH 2 ) 2 OH + (1 − x)CH 3 CN}; (6) and {xCH 3 (CH 2 ) 2 OH + (1 − x)CH 3 COCH 3 }. (7) …”