首页
文献服务
文献资源
外文期刊
外文会议
中文期刊
专业机构
智能制造
高级检索
版权声明
使用帮助
Development of 2D-SPR measuring instrument and application to multi-channel measurement
     
  
  
刊名:
电子情报通信学会技术研究报告:有机エレクトロニクスOrganic Material Electronics(OME).
作者:
Tatsuya Tobita
Hisao Tabei
Yuzuru Iwasaki
Osamu Niwa
Kazuyoshi Kurihara
Koji Suzuki
刊号:
734D0133-38
ISSN:
0913-5685
出版年:
2000
年卷期:
2000, vol.100, no.400
页码:
51-56
总页数:
6
分类号:
TN
关键词:
Surface plasmon resonance
;
Multi-channel measurement
;
Distribution of refractive index
;
Sensor array
参考中译:
语种:
jpn
文摘:
We developed a 2D-SPR (Surface Plasmon Resonance) measuring instrument to image arrays of biological samples in small reaction cells. Using parallel light irradiation of area of measurement, we could measure the distribution of refractive index on the gold thin films on which the samples were placed. Using this instrument, we successfully imaged the flow of the sample and variation in the polymer film thickness. We also imaged electrochemical biosensor films, which demonstrated the instrument's ability to detect biological samples. In the application of a SPR measuring instrument to biosensors, the miniaturization of the instrument and a multichannel measurement capability are very desirable characteristics.
相关文献:
Large-area metal-coated dielectric nanopillar array for excitation of surface plasmon resonance
DESIGN OF ARROW-B SPR SENSORS IN AQUEOUS ENVIRONMENT WITH THE SPECTRAL SHIFT METHOD
Evaluation of silver nanostructures fabricated using glancing angle deposition as localized surface plasmon resonance biosensors
Multifunctional Bio-Nano Patterns Derived from Colloidal Self-Assembly as Model Surfaces to Study Antigen-Antibody Interactions
Multiscale 2D-SPR Biosensing for Cell Chips
Light scattering effects of gold nanoparticles in cells: FDTD modeling
The effect of laser wavelength on structure of gold nanowire networks
SURFACE-PLASMON-RESONANCE BASED OPTICAL SENSING
A KRETSCHMANN-TYPE ABSORPTION-BASED SURFACE PLASMON RESONANCE WAVEGUIDE SENSOR
A new technology platform for fully integrated polymer based micro optical fluidic systems
©2016机械工业出版社(机械工业信息研究院) 京ICP备05055788号-35