1) surface plasmon resonance imaging(SPRI)
表面等离子共振成像(SPRI)
1.
Oligonucleotide DNA target and antibody target are successfully detected in label-free and high-throughput manner by using these chips and a home-made surface plasmon resonance imaging(SPRI) instrument,respectively.
采用表面化学修饰的镀金玻片作为芯片基质,结合微阵列点样分配技术,设计制作了1种非标记寡核苷酸检测芯片和1种非标记蛋白检测芯片,使用自行构建的表面等离子共振成像(SPRI)检测仪器,成功实现了对寡核苷酸靶标和抗体靶标的非标记、高通量检测分析,研究了核酸和蛋白分子的特异性相互作用,并使用微珠有效增强了芯片的检测信号。
2) surface plasmon resonance imaging
表面等离子体共振成像
1.
A method that adopts surface plasmon resonance imaging(SPRI) to collect fingerprints utilizing surface plasmon resonance(SPR) phenomenon is put forward to improve the quality of images in this paper.
为提高图像的质量,根据表面等离子体共振(SPR)的原理,提出采用表面等离子体共振成像(SPRI)采集指纹图像的方法。
3) surface plasma resonance
表面等离子共振
1.
Based on surface plasma resonance (SPR) sensor, the relationships between reflected light power and incidence light angle for Al film, Ag film and Au film were studied at the fix wavelength 632.
利用自制的棱镜型表面等离子共振(SPR)传感器,在固定入射光波长632。
2.
It is shown from the calculation results that with the decreasing of the thickness of the ring walls(d/a from 1 to 0),the wavelength of gold nano-ring s surface plasma resonance gets red shift from about 684 nm gradual.
当金纳米环壁厚度d逐渐减小时(d/a由1→0,其中a为环半径),其表面等离子共振吸收频率由684 nm逐渐红移,且速率逐渐增大,而且其等离子共振频率处三阶极化率增强因子F(3)(ωR)随着环壁厚度的减小先增大,而后逐渐减小(d/a≈0。
4) surface plasmon resonance
表面等离子共振
1.
Research on the optimum thickness of metallic thin film utilized to excite surface plasmon resonance;
激励表面等离子共振的金属薄膜最佳厚度分析
2.
Automatic concentration detection system based on surface plasmon resonance
基于表面等离子共振的全自动浓度检测系统
3.
Application,construction and principle of a hydrogen sensor based on surface plasmon resonance using tapered fiber are studied.
研究了拉锥光纤表面等离子共振氢敏感机理、构建及应用。
5) surface plasmon resonance(SPR)
表面等离子共振
1.
A novel surface plasmon resonance(SPR) H_2S gas sensitive optical sensor structure coated a combined Ag-SnO_2 film is proposed.
提出一种新型的Ag-SnO2复合膜H2S光化学表面等离子共振(SPR)气体传感器结构。
2.
A corresponding mathematic model based on surface plasmon resonance(SPR) hydrogen sensors is established.
提出了一种新颖的钯(Pd)/金(Au)复合膜表面等离子共振氢敏结构,与单一Pd膜氢敏传感器相比,具有可靠性好、灵敏度高和响应度大等特点。
3.
A novel surface plasmon resonance(SPR)trimethylamine(TAM)gas sensor structure coated a combined Ag and TiO2 film is proposed.
提出一种新型的Ag/TiO2复合膜三甲胺(TMA)气敏光化学表面等离子共振(SPR)传感器结构。
6) surface plasmon resonance (SPR)
表面等离子共振
1.
Under excitation of electromagnetic, phenomena of surface plasmon resonance (SPR) appears and affects the electromagnetic in propagation.
根据这一原理制作的表面等离子共振传感器可对化学和生物等量进行探测。
2.
A novel device measuring seawater salinity is developed, based on techniques of surface plasmon resonance (SPR) and relation between its salinity and refractive index.
基于表面等离子共振技术,根据盐溶液折射率与盐度的关系原理,实现对盐度测量。
3.
ATR devices can be significantly enhanced by Surface Plasmon Resonance (SPR) through cladding proper metal film.
聚合物光波导,采用衰减全反射技术,结合表面等离子共振增强效应,可以测定聚合物非线性系数和光学特性,实现了许多光电子功能器件。
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