纳米级多相材料的开发与价值取向（Development and value orientation of nanoscale multiphase materials）.doc

纳米级多相材料的开发与价值取向（Development and value orientation of nanoscale multiphase materials） Development and value orientation of nanoscale multiphase materials [Abstract] nanoscale multiphase materials are known to exhibit some particular physical and chemical properties of certain material interfaces. The development of nanoscale multiphase materials has made new breakthroughs in the fields of catalysis, selective membranes and high-performance electrodes, and plays an important role in environmental protection, energy saving, energy storage and chemical efficient clean production. In this paper, the function and value orientation of nanoscale multiphase materials are discussed from the development and application of nanoparticles in nanoscale multiphase materials, and the hypothesis of laboratory production of nano phase materials. Keywords nanoparticles; nanoscale multiphase materials; laboratory production; [Abstract] Heterogeneous nanometer level material is expert in kind of peculiar physical property and chemical property demonstrating some matter interface certain. Heterogeneous nanometer level material exploitation, the new breakthrough appears in the field of the catalysis, selectivity film, high-performance electrode fabrication, and bring the important effect into play in the field of environmental protection, energy conservation. Stored energy and chemical industry high-effect clean production. The function and value saying the tentative plan that two-phase nanometer level material laboratory produces with application, the example waiting for aspect to discuss heterogeneous nanometer level material fetch the main body of a Book fr OM, nanometer, pellet, exploitation, in, heterogeneous, nanometer, level, face., material [Key words] Nanometer pellet; Heterogeneous nanometer level material; The laboratory is produced Although some of the physical and chemical properties of the interface are special, nanoscale heterogeneous materials can be characterized by specia