本文原文以法文发表,题作“Découverte des ruines d’une citéancienne dans le district d’Ili”,刊于Rocznik Orientalistyczny, t. V, Polskie Towarzystwo Orientalistyczne(《东方学会年鉴》第5卷,波兰东方学会), 1928...本文原文以法文发表,题作“Découverte des ruines d’une citéancienne dans le district d’Ili”,刊于Rocznik Orientalistyczny, t. V, Polskie Towarzystwo Orientalistyczne(《东方学会年鉴》第5卷,波兰东方学会), 1928, pp. 102-107。作者迪亚科夫(A. A. Diakov/Алексей Алексеевич Дьяков),1905年前后担任俄国驻伊犁领事馆秘书,1913-1916年升任俄国驻乌鲁木齐领事。展开更多
Recent research effort towards developing novel metal nanoparticles(NPs)and their ordered arrays have been motivated by the emergence of plasmonics.In particular,tuning the size,morphology,composition and the separati...Recent research effort towards developing novel metal nanoparticles(NPs)and their ordered arrays have been motivated by the emergence of plasmonics.In particular,tuning the size,morphology,composition and the separation of metal NPs has allowed us to engineer the collective properties of plasmonic crystals for specific applications.Here we present our recent development of bottom-up growth methods and demonstrate convenience for the preparation of such plasmonic materials.By implementation of physical,chemical,or electrochemical deposition of a metal in combination with micromolding on two-dimensional colloidal crystals,metallic NPs with a variety of morphologies can be created in an ordered lattice.The prepared novel plasmonic crystals could find applications in optics,optoelectronics,materials science,sensing and biophysics.展开更多
文摘本文原文以法文发表,题作“Découverte des ruines d’une citéancienne dans le district d’Ili”,刊于Rocznik Orientalistyczny, t. V, Polskie Towarzystwo Orientalistyczne(《东方学会年鉴》第5卷,波兰东方学会), 1928, pp. 102-107。作者迪亚科夫(A. A. Diakov/Алексей Алексеевич Дьяков),1905年前后担任俄国驻伊犁领事馆秘书,1913-1916年升任俄国驻乌鲁木齐领事。
基金supported by the State Key Program for Basic Research of China,NSFC and NCET(10734010,50771054,10804044,NCET-09-0453)sponsored by NSFC under Excellent Youth Foundation and RFDP
文摘Recent research effort towards developing novel metal nanoparticles(NPs)and their ordered arrays have been motivated by the emergence of plasmonics.In particular,tuning the size,morphology,composition and the separation of metal NPs has allowed us to engineer the collective properties of plasmonic crystals for specific applications.Here we present our recent development of bottom-up growth methods and demonstrate convenience for the preparation of such plasmonic materials.By implementation of physical,chemical,or electrochemical deposition of a metal in combination with micromolding on two-dimensional colloidal crystals,metallic NPs with a variety of morphologies can be created in an ordered lattice.The prepared novel plasmonic crystals could find applications in optics,optoelectronics,materials science,sensing and biophysics.
