Nanostructured materials for low-temperature fuel cells

Abstract

The data on nanostructured materials used in the The data on nanostructured materials used in the design of low-temperature fuel cells is generalized. The design of low-temperature fuel cells is generalized. The factors responsible for the increase in conductivity of hybrid factors responsible for the increase in conductivity of hybrid membranes containing inorganic nanoparticles are ana- membranes containing inorganic nanoparticles are ana- lyzed. The approaches to enhancing the efficiency of plati- lyzed. The approaches to enhancing the efficiency of plati- num catalysts that provide transition from conventional num catalysts that provide transition from conventional systems to nanosized catalysts including 'core-shell' poly- systems to nanosized catalysts including 'core-shell' poly- metallic systems are discussed. The hypotheses that explain metallic systems are discussed. The hypotheses that explain the reasons for the enhanced stability of these catalysts with the reasons for the enhanced stability of these catalysts with respect to carbon monoxide impurity are considered. The respect to carbon monoxide impurity are considered. The bibliography includes 497 references bibliography includes 497 references..