It was observed the red-shift of LSP resonance wavelength and the field enhancement due to the mirror image in the substrate.
这是可观察到的LSP共振波长和现场增强由于基底镜像。
We showed that receptor trafficking resulted in a progressive red shift of greater than 100 nm in the nanoparticle plasmon resonance wavelength over a time period of 60 min.
在纳米粒子等离振子共振超过60分钟的条件下,我们显示了受体的运输导致了大于100纳米的红移。
We showed that receptor trafficking resulted in a progressive red shift of greater than 100 nm in the nanoparticle plasmon resonance wavelength over a time period of 60 min.
在纳米粒子等离振子共振超过60分钟的条件下,我们显示了受体的运输导致了大于100纳米的红移。
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