O436.2 2001053051真实测量时单分散光信号幅值分布函数所受的扰动=Effecr of signal amplitudc distribution funetion for single particle in real-measuring[刊,中]/王亚伟(江苏理工大学.江苏,镇江(712013)),贺安之(南京理工大学.江苏,
A convective assembly technique at the micron scale analogous to the writing action of a ＂pipette pen＂ has been developed for the linear assembly of gold nanoparticle strips with micron scale width and millimeter sc...A convective assembly technique at the micron scale analogous to the writing action of a ＂pipette pen＂ has been developed for the linear assembly of gold nanoparticle strips with micron scale width and millimeter scale length for surface enhanced Raman scattering （SERS）. The arrays with interparticle gaps smaller than 3 nm are hexagonally stacked in the vicinity of the pipette tip. Variable numbers of stacked layers and clean surfaces of the assembled nanoparticles are obtained by optimizing the velocity of the pipette tip. The SERS properties of tile assembled nanoparticle arrays rely on their stacking number and surface cleanliness.展开更多
文摘O436.2 2001053051真实测量时单分散光信号幅值分布函数所受的扰动=Effecr of signal amplitudc distribution funetion for single particle in real-measuring[刊,中]/王亚伟(江苏理工大学.江苏,镇江(712013)),贺安之(南京理工大学.江苏,
文摘A convective assembly technique at the micron scale analogous to the writing action of a ＂pipette pen＂ has been developed for the linear assembly of gold nanoparticle strips with micron scale width and millimeter scale length for surface enhanced Raman scattering （SERS）. The arrays with interparticle gaps smaller than 3 nm are hexagonally stacked in the vicinity of the pipette tip. Variable numbers of stacked layers and clean surfaces of the assembled nanoparticles are obtained by optimizing the velocity of the pipette tip. The SERS properties of tile assembled nanoparticle arrays rely on their stacking number and surface cleanliness.
