Nanoscience Using Laser-solid Interactions: 24-25 January 2002, San Jose, USAKouichi Murakami, David B. Geohegan, Frank Träger, Society of Photo-optical Instrumentation Engineers |
Contents
Catalytic activities of metals for singlewall carbon nanotube growth during CO₂ laser | 11 |
SESSION 2 | 23 |
Theoretical foundations for size and shapeselective laserbased manipulation of supported | 31 |
Copyright | |
7 other sections not shown
Common terms and phrases
absorption absorption spectrum annealing Appl atoms band carbon nanotubes catalyst cm¹ co-irradiation conjugates density desorption diameter dimers distribution dose rate dynamics emission energy experimental F-centers fabricated Figure films deposited fluence fluorescence formation Frank Träger gas pressure Geohegan helium In2O3 thin films increase Intensity arb ion implantation irradiation Kanasaki Kouichi Murakami laser ablation laser irradiation laser pulse laser vaporization Laser-Solid Interactions layer Lett LP-DMA luminescence material measurements metal nanoparticles methods microscopy molecules monodispersed Si nanoparticles nanocluster nanocrystallites nanocrystals nanometer nanoscale Nanoscience Using Laser-Solid nanostructured nc-Si Ni/Co nonlinear optical observed oxygen particles peak phase photoluminescence photon Phys PL intensity PL signals plasma plume porosity protein quantum quantum dots radiation Raman resonance room temperature samples scanning tunneling microscopy semiconductor sequential irradiation shown in Fig shows Si-based silicon silver oxide SiO2 solution spectroscopy spectrum storage structure substrate SWNT synthesis target thermal quenching Torr W/cm² wavelength X-ray